“Make a better world with PM”
WORLD PM2024 in YOKOHAMA, JAPANWORLD PM2024
Powd e r M e t a l l u rg y Wo r l d C o n g re s s & E x h i b i t i o n
13 -17 O c t o b e r 2 0 2 4 YO KO H A M A , JA PA N

Congress & Exhibition Guide

Organized by
Japan Powder Metallurgy Association ( JPMA ) Japan Society of Powder and Powder Metallurgy ( JSPM )Supported by
European Powder Metallurgy Association (EPMA) Metal Powder Industries Federation (MPIF)
Asian Powder Metallurgy Association (APMA)

https :// ww w.world pm2024.com

Congress & Exhibition Guide

WORLD PM2024
Powd e r M eta l l u rg y Wo r l d C o n g re s s & E x h i b i t i o n
13 -17 O cto b e r 2 0 2 4 YOKO H A M A , JA PA N

Congress & Exhibition Guide
Contents
Sponsors
Greeting from WORLD PM2024 Yokohama / Organization
Organizing Committee
Technical Program Committee
Floor Plan
Congress Schedule
Opening and Plenary Talk / Invited Speakers
Technical Program
Poster Layout
Exhibition
Exhibitor Information
JPMA Special Seminar
Social Events
Registration
General Information

02
04
06
07
09
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14
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Contents■

Congress & Exhibition Guide■

Sponsors
Platinum Sponsors

Gold Sponsors

Silver Sponsors

Bronze Sponsors

Media Partners

Special Support

Sponsors

Supported by City of Yokohama

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Congress & Exhibition Guide■

Greeting from WORLD PM2024 Yokohama
2024 Powder Metallurgy World Congress& Exhibition, organized by Japan Powder
Metallurgy Association and Japan Society of
Powder and Powder Metallurgy will be held in
Yokohama, Japan, from 13 to 17 October 2024.
WORLD PM2024 will include presentations on
the latest PM technologies and exhibitions to
introduce the latest products and technologies
from the PM supply chain. In addition, various
social events and special programs will be
prepared.
©Yokohama Visitors GuideG r e e t i n g f r o m W O R L D P M 2 0 2 4 Yo k o h a m a / O r g a n i z a t i o n

W O R L D PM 2 024 w i l l p r o v i d e g r e a topportunities to exchange the useful
information and solutions and enhanceinteractive communication and deepen
friendship.
We look forward to your participation in the
congress to “Make a better world with PM”.

■

Organization

Organized by
Japan Powder Metallurgy Association (JPMA)

Japan Society of Powder and Powder Metallurgy (JSPM)

Supported by
European Powder Metallurgy Association (EPMA)

Metal Powder Industries Federation (MPIF)

Asian Powder Metallurgy Association (APMA)

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Organizing Committee

Congress Chairs

Mr. Shuzo Sonoda

Prof. Yukiko Ozaki

Organizing Committee Chair
JPMA President(FUKUDA METAL FOIL & POWDER CO., LTD.)

Organizing Committee Vice Chair
JSPM President(Osaka University / Kyushu University, Japan)

We are delighted to welcome you to the WORLD PM2024 Congress &Exhibition in Yokohama, one of the most popular and attractive cities inJapan.
Yokohama, one of the oldest international ports in Japan, is located in thecenter of Japan near Tokyo.
East met west, classic met modern, Yokohama has been grown as exotic
flavored city since they opened their door for international people in 1859.
So, you can enjoy historical area such as old brick warehouse, sophisticated shopping mall, harbor walk, and finest
Japanese and international cuisine within just walking distance.
Beautiful Mt. Fuji, historical Kamakura city (was capital city in Japan during late 12th and early 13th century, “Samurai” and“Zen” culture begun here in Kamakura) are in one day trip distance from Yokohama.
WORLD PM2024 will include presentations on the latest PM technologies andexhibitions to introduce the latest products and technologies from the PM supply
chain. In addition, various social events and special programs will be prepared.
WORLD PM2024 will provide great opportunities to exchange the useful informationand solutions and enhance interactive communication and deepen friendship.
We look forward to your participation in the congress to “Make a better world with
PM”.

Organizing Committee

Technical Program Committee

Chair
Mr. Shuzo Sonoda, FUKUDA METAL FOIL & POWDER CO., LTD.

Chair
Prof. Yukiko Ozaki, Osaka University / Kyushu University

Vice Chair
Prof. Yukiko Ozaki, Osaka University / Kyushu University

Vice Chair
Prof. Katsuyoshi Kondoh, Osaka University

Organizing Commit tee

Members
Mr. Hiroshi Ii DIAMET CORPORATION
Mr. Shintaro Inoue, Sumitomo Electric Industries, Ltd.
Mr. Shoei Katano, Höganäs Japan K.K.
Mr. Masashi Kikuchi, PORITE CORPORATION
Prof. Yoshitaka Kitamoto Tokyo Institute of Technology
Prof. Katsuyoshi Kondoh Osaka University
Dr. Yasunobu Nagataki JFE Steel Corporation
Mr. Satoshi Nimura, KOBE STEEL, LTD.
Prof. Yuichi Shimakawa Kyoto University
Mr. Toshiya Yamaguchi, FINE SINTER CO.,LTD.

Chair
Mr. Toshitaka Masumoto, FUKUDA METAL FOIL & POWDER CO., LTD.

AuditorProf. Tatsuo Fujii, Okayama University
Mr. Seiji Shimizu, NTN Advanced Materials Corporation

Sub Committee3 Chair
Mr. Yuji Akiyama, PORITE CORPORATION

Steering Committee

Sub Committee1 Chair
Mr. Takahisa Matsumoto, DIAMET CORPORATION
Sub Committee2 Chair
Mr. Kenji Kanai, Sumitomo Electric Industries, Ltd.

Sub Committee4 Chair
Mr. Masaaki Sakamoto, Höganäs Japan K.K.

Secretary
Mr. Yoshio Uetsuki, Japan Powder Metallurgy Association
Ms. Yoko Inoue, Japan Society of Powder and Powder Metallurgy

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Technical Program Committee

Technical Program Committee Chairs

Yukiko Ozaki

Katsuyoshi Kondoh

Technical Program Committee Chair(Osaka University / Kyushu University, Japan)

Technical Program Committee Vice Chair(Osaka University, Japan)

Masaki Azuma, Tokyo Institute of Technology, Japan
Chen Biao, Northwestern Polytechnical University, China
Zhongchun Chen, Tottori University, Japan
Kenji Doi, Osaka Yakin Kogyo Co., Ltd., Japan
Ayman Hamada Abdelhady Elsayed, Central MetallurgicalResearch and Development Institute (CMRDI), Egypt
Masayoshi Fuji, Nagoya Institute of Technology, Japan
Masashi Fujinaga, JPMA Adviser, Japan
Hiroshi Fujiwara, Ritsumeikan University, Japan
Hiroki Hara, Tungaloy Corporation, Japan
Norimitsu Hirose, Höganäs Japan K. K., Japan
Kuen-Shyang Hwang, National Taiwan University, Taiwan
Kenji Iimura, University of Hyogo, Japan
Miki Inada, Kyushu University, Japan
Keiichi Ishihara, Kyoto University, Japan
Takashi Itoh, Nagoya University, Japan
Shota Kariya, Osaka University, Japan
Hidemi Kato, Tohoku University, Japan
Masaki Kato, Doshisha University, Japan
Masaru Kawakami, Fuji Die Co., Ltd. , Japan
Katsumi Kikuchi, Rapidus Corporation, Japan
Teiichi Kimura, Japan Fine Ceramics Center, Japan
Akira Kishimoto, Okayama University, Japan
Yoshitaka Kitamoto, Tokyo Institute of Technology, Japan
Naoto Kitamura, Tokyo University of Science, Japan
Makoto Kobashi, Nagoya University, Japan
Yoshinori Kobayashi, Nippon Denko Co., Ltd., Japan
Masahiro Kubota, Nihon University, Japan
Shufeng Li, Xi'an University of Technology, China
Yoshitake Masuda, National Institute of Advanced Industrial
Science and Technology (AIST), Japan
Itaru Masuoka, Kobe Steel, Ltd., Japan
Yoshibumi Matsuda, TAIYO YUDEN CO.,LTD., Japan
Shinzo Mitomi, Nippon Tungsten Co.,Ltd., Japan
Takamasa Mori, Hosei University, Japan
Koji Morita, National Institute for Materials Science (NIMS), Japan
Shinji Munetoh, Kyushu University, Japan
Isao Nakahata, TDK Corporation, Japan
Takayoshi Nakano, Osaka University, Japan
Hiroyuki Nakayama, National Institute of Advanced Industrial
Science and Technology (AIST), Japan
Naoyuki Nomura, Tohoku University, Japan
Gaku Obara, Meiji University, Japan
Tomoya Ohno, KITAMI Institute of Technology, Japan
Chikara Ohtsuki, Nagoya University, Japan

Kazuki Okada, Mitsubishi Materials Corporation, Japan
Toshiko Osada, Tokyo Metropolitan University, Japan
Isamu Otsuka, EPSON ATMIX CORPTRATION, Japan
Kimihiro Ozaki, National Institute of Advanced Industrial Scienceand Technology (AIST), Japan
Ma Qian, Royal Melbourne Institute of Technology, Australia
Xuanhui Qu, University of Science and Technology Beijing, China
Chang Kyu Rhee, Korea Atomic Energy Research Institute, Korea
Yoshio Sakka, National Institute for Materials Science (NIMS),JapanGen Sasaki, Hiroshima University, Japan
Tetsuya Sawayama, Kobe Steel, Ltd., Japan
Yuichi Shimakawa, Kyoto University, Japan
Kazunari Shinagawa, Kyushu University, Japan
Yoichiro Shinpo, FUKUDA METAL FOIL ＆ POWDER Co., LTD., Japan
Naoto Shirahata, National Institute for Materials Science (NIMS),Japan
Yoshiyuki Sugahara, Waseda University, Japan
Masaki Sugiyama, TOYOTA MOTOR CORPORATION, Japan
Hironori Suzuki, Kobe Steel, Ltd., Japan
Kenta Takagi, National Institute of Advanced Industrial Scienceand Technology (AIST), Japan
Katsuhisa Tanaka, Kyoto University, Japan
Huiping Tang, Zhejiang University City College, China
Yukinori Taniguchi, National Institute of Technology, Nara
College, Japan
Toshiyuki Taniuchi, Mitsubishi Materials Corporation, Japan
Sota Terasaka, Japan Fine Ceramics Center, Japan
Ruangdaj Tongsri, National Metal and Materials Technology
Center (MTEC), Thailand
Keiichi Tsuda, Sumitomo Electric Hardmetal Corp., Japan
Tadayuki Tsutsui, Resonac Corporation, Japan
Yoshihisa Ueda, Fine Sinter Co.,Ltd., Japan
Shigeru Unami, JFE Steel Corporation, Japan
Yoko Pittini-Yamada, Meyer Sintermetall AG, Switzerland
Shigekazu Yamazaki, A.L.M.T. Corp., Japan
Yafeng Yang, Chinese Academy of Sciences, China
Katsuhiko Yano, DIAMET CORPORATION, Japan
Noriharu Yodoshi, Kyushu University, Japan
Hidehiro Yoshida, The University of Tokyo, Japan
Shaoming Zhang, CHINA Powder Metallurgy Alliance, China

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Te c h n i c a l P r o g r a m C o m m i t t e e

Technical Program Committee Members

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Floor Plan

Overall View

A–F & Poster

Exhibition Hall A[Exhibition Hall A]
Exhibition will be held here

Underground Parking Entrance

1F

Loading Dock

Underground
gParkinHall B

Hall A

3,300m2

6,700m2

3,300m2

D12

D11

B14

C11

9

B13

B12

B11

A12

A11
Daily
YAMAZAKI

Floor Plan

Pilotice

Hall C6,700m2

EntranHall D

Congress & Exhibition Guide

Conference CenterF
Speaker Ready Room

E

D
B

C

A

Floor Plan

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Congress & Exhibition Guide■

Congress Schedule

Registration Open Hours
Sunday, 13 October………… 15:00–18:00
Monday, 14 October………… 8:00–17:00
Tuesday, 15 October………… 8:30–17:00
Wednesday, 16 October…… 8:30–17:00
Thursday, 17 October……… 8:30–11:00
Venue : 2nd Floor Foyer, Conference Center, Pacifico Yokohama*Password is not necessary.

Congress Schedule
Monday, 14 October, 2024
Conference Center
3F Room A (301)3F Room B (302)

9:00 ▶

AM

3F Room C (303)

Exhibition Hall

3F Room D (304)3F Room E (313+314)

Opening Ceremony (9:00-9:30)

1F Main Hall

Global Review (9:30-10:30)

1F Main Hall

Plenary Talk (10:40-11:55)

1F Main Hall

Lunch (12:00-14:00)

5F 501-503

10:00 ▶
11:00 ▶

3F Room F (315)

Exhibition Hall A

12:00 ▶
13:00 ▶
14:00 ▶

Oral SessionPM

15:00 ▶

SIS2

Oral Session
16:00 ▶
17:00 ▶
18:00 ▶

T6

AM Beam Based
Technologies

Oral Session
SIS1

Oral Session

T1

High Entropy
AlloysPowderProduction
PowderProduction

T19

Amorphous/
Nanocrystalline
Soft Magnetic Materials

T16

Hard Magnetic Materials

T20

Exhibition
Oral Session
SIS8

SinteredMaterials

T12

CoffeeBreakFerrousMaterials

Materials
Characterizationof AM Materials

19:00 ▶

Welcome Reception
20:00 ▶
21:00 ▶

Annex Hall
19:00 Door Open
19:30 Opening Party
21:30 Closing Party

21:30 ▶

THE USE OF MOBILE PHONES OR
ANY RECORDING DEVICE IS STRICTLY PROHIBITED.
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Congress ScheduleEV

T2

Compaction &Sintering

Novel Processing
Strategies for Beam
Based AM

Oral Session
SIS10

Congress & Exhibition Guide

Tuesday, 15 October, 2024
Conference Center
3F Room A (301)

Exhibition Hall

3F Room B (302)3F Room C (303)

3F Room D (304) 3F Room E (313+314) 3F Room F (315)3F Foyer

Exhibition Hall A

9:00 ▶

AM

10:00 ▶
11:00 ▶

Oral Session

Oral Session

Oral Session

Oral Session

T6

T1

SIS4

T3

AM Beam Based
Technologies

PowderProduction

Modeling and
Sintering

Oral Session

Trends andSustainability of MIM

SIS5

T16

Oral Session

Soft Magnetic
Materials

T14

MIM Challenges for
New Materials

High Temperature
Materials

CoffeeBreak

PosterSession12:00 ▶
Lunch (12:00-14:00)

13:00 ▶

5F 501-503
Core Time

14:00 ▶
15:00 ▶
16:00 ▶
17:00 ▶
EV

Exhibition
Oral Session

PM

Oral Session

Oral Session

SIS3

T6

T1

Promising Future ofSinter Based AM

AM Beam Based
Technologies

PowderProduction

T7

AM Sinter Based
Technologies

Oral Session
T8

Oral Session
SIS13

MIM - New
Circular Economy
Processing Routes
and Sustainability
T8in PM
MIM - StainlessSteel and Heat
Resistant Alloy

Oral Session
T13
Non Ferrous
Materials

CoffeeBreak

PosterSession18:00 ▶
19:00 ▶

Wednesday, 16 October, 2024
Conference Center
3F Room A (301)3F Room B (302)3F Room C (303)

Exhibition Hall

3F Room D (304) 3F Room E (313+314) 3F Room F (315)3F Foyer

Exhibition Hall A

9:00 ▶

AM

10:00 ▶

Oral Session
T7

11:00 ▶

AM Sinter Based
Technologies

Oral Session
T6
AM Beam Based
Technologies

Oral Session
SIS6

Oral Session

Oral Session

SIS11

SIS14

T12

EnergyMaterials

DX
in PM

FerrousMaterials

Industrial Application of
Functional Materials

SIS7

Oral Session
CoffeeBreak

Powder Design for
Industrial Application

PosterSession12:00 ▶
Lunch (12:00-14:00)

13:00 ▶

5F 501-503
Core Time

14:00 ▶
PM

Congress ScheduleEV

15:00 ▶

Oral Session
T7

T5

16:00 ▶

AM Sinter Based
Technologies

Field Assisted
SinteringTechnologies

17:00 ▶

Oral Session

Oral Session
T11

High Profile Automotive
Component Technology

T11

Tribology in PM

T11

PM Technologies
to Support Future
Society

Oral Session
T18

Non-Oxide
Materials

T17

Oral Session
SIS12
Carbon Neutrality(CN) in PM

Composite/Hybrid
Materials

18:00 ▶
19:00 ▶
20:00 ▶
21:00 ▶

Congress Party
Yokohama Royal Park Hotel
19:00 Door Open
19:30 Opening Party
21:30 Closing Party

21:30 ▶
12

Oral Session
SIS9

Hard Materials

T15

Hard Materials

CoffeeBreak

PosterSessionExhibition

Congress & Exhibition Guide

Thursday, 17 October, 2024
Conference Center
3F Room A (301)

9:00 ▶

AM

10:00 ▶

3F Room B (302)3F Room C (303)

Oral Session
T4
Hot Isostatic
Pressing

3F Room D (304)

Oral Session
T17
Composite/Hybrid
Materials

11:00 ▶

3F Room E (313+314)

3F Room F (315)

Oral Session
T9

Oral Session
T15

Innovative
Technology

Hard
Materials

CoffeeBreak

12:00 ▶
13:00 ▶
14:00 ▶
PM

15:00 ▶
16:00 ▶
17:00 ▶
18:00 ▶
19:00 ▶

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Congres s ScheduleEV

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Opening and Plenary Talk

OPENING and PLENARY TALK
Date : Mon., 14 OctoberTime : 9:00–11:55
Venue : Main Hall, Pacifico Yokohama Conference Center (1F)
*Congress Registration should be required.
Opening Ceremony
The Congress chair will make an opening address to mark the opening of the fourth
Powder Metallurgy World Congress hosted by Japan.
Mr. Shuzo Sonoda, Organizing Committee Chair
JPMA President (FUKUDA METAL FOIL & POWDER CO., LTD.)
Global Review
Representatives from APMA, MPIF and EPMA will give 20-minutes presentations.
The speakers and the regions represented are as follows:
Asia:
Mr. Chiu-Lung Chu, Asian Powder Metallurgy Association (APMA)
North America:
Mr. Michael Stucky, Metal Powder Industries Federation (MPIF)
Europe:Mr. Ralf Carlström, European Powder Metallurgy Association (EPMA) Chiu-Lung Chu

Shuzo Sonoda

Michael Stucky

Ralf Carlström

Plenary Talk
Yansong Shen, The University of New South Wales, Australia
Eiichi Sato, Institute of Space and Astronautical Science (ISAS) / Japan Aerospace Exploration Agency (JAXA), Japan
Manabu Tsuyoshi, Iwatani Corporation, JapanO p e n i n g a n d P l e n a r y Ta l k / I n v i t e d S p e a k e r s

Yansong Shen

Eiichi SatoThe University of New South Wales, Australia

Institute of Space and Astronautical Science (ISAS) /Japan Aerospace Exploration Agency (JAXA), Japan

Metallurgy-inspired Solar Panels
Recycling

Mechanical Properties and Reliabilityof Structural Materials for Spacecraft
Applications

Yuichi Sano
Iwatani Corporation, Japan

Iwatani's Efforts Towards the Realizationof a Hydrogen Society
Opening and Plenary Session event is sponsored by:■

Invited Speakers

Keynote Talk

Kaveh Edalati

Jai-Sung Lee

Jian Luo

Tomoya Sako

Kyushu University, JapanPM TECHNOLOGY - Powder
Production

Hanyang University ERICA,
Korea
PM TECHNOLOGY - Processing

University of California, San
Diego, USA
PM TECHNOLOGY - Processing

FINE SINTER CO.,LTD., JapanPM TECHNOLOGY - Industrial
Application

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Congress & Exhibition Guide

Oleg Vasylkiv

Zhigang Zak Fang

Ryoji Kanno

Kohmei Halada

National Institute for Materials
Science, JapanPM MATERIALS - Sintered Materials

The University of Utah, USA
PM MATERIALS - Hard Materials

Tokyo Institute of Technology, JapanPM MATERIALS - Functional
Materials

National Institute for Materials Science
Sustainability Design Institute, Japan
HOT TOPICS - Carbon Neutrality (CN) in PM

Hirotomo Itagaki

Isao Tanaka

Tetsuya Shoji

National Institute of Advanced Industrial
Science and Technology, Japan
HOT TOPICS - Circular Economy
and Sustainability in PM

Kyoto University, Japan
HOT TOPICS - DX in PM

Toyota Motor Corporation, Japan
HOT TOPICS - DX in PM

Special Invited Talk (Special Interest Seminar)
PM TECHNOLOGY
Powder Production

Taku Iwaoka Tokyo Metropolitan Industrial Technology Research Institute, Japan
Naoto Shirahata National Institute for Materials Science, Japan

Processing

Animesh Bose AMfgLabs LLC, USA
Kenji Doi Osaka Yakin Kogyo Co., Ltd., Japan
Hyoung Seop Kim Pohan University of Science and Technology, Korea
Sebastian Boris Hein Fraunhofer IFAM, Germany
Stefan Jones Metal Powder Industries Federation, USA

Industrial Application

Sachiko Masuoka Fukuda Metal Foil & Powder Co., Ltd., Japan
Shinjiro Saigusa Toyota Motor Corporation Higashi-Fuji Technical Center, JapanPM MATERIALS
Sintered Materials

Mikio Ito Fukui University of Technology, Japan
Ryohei Hosomi Sanyo Special Steel Co., Ltd., Japan
Yang Yu Tiangong International Company Co. Ltd., China

Hard Materials

Sota Terasaka Japan Fine Ceramics Center, Japan

Functional Materials

Kiyoshi Kanamura Tokyo Metropolitan University, Japan
Hiroyuki Matsumoto TDK Corporation, Japan

Carbon Neutrality (CN) in PM (ECO Processes, ECO Materials)
Yoshinobu Takeda International PM Consultant, Japan
Tomoyuki Ueno Sumitomo Electric Sintered Alloy Ltd., Japan
Nobuaki Yoshimura CHUGAI RO CO., LTD., Japan
Circular Economy and Sustainability in PM (Reuse, Recycle, Remanufacturing)
Zhigang Zak Fang The University of Utah, USA
Linnea Molin Höganäs AB, Sweden
DX in PM (Material Informatics, Material Integration)
Kenjiro Fujimoto Tokyo University of Science, Japan
Susanne Norgren Lund University & Sandvik, Sweden
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I nv i te d S p e a ke r s

HOT TOPICS FOR THE BETTER WORLD

Congress & Exhibition Guide■

Technical Program

The technical program of WORLD PM2024 consists of Special Interest Seminars (“SIS”), and Technical Sessions (“T”).
Technical Sessions include oral sessions and poster sessions.
In the Oral sessions, the allotted time for each presentation is as follows:
Keynote Talks:
30 minutes including 5 minutes for discussion
Special Invited Talks: 25 minutes including 5 minutes for discussion
General Talks:
20 minutes including 5 minutes for discussion
In the Poster Session, all the posters will be displayed on 15 October, 10:00-18:00, and 16 October, 9:00-17:00, at the foyer on the
3rd floor.
Presentation by the authors will be given during the Core Time (13:00-14:00) on a designated day depending on the topic
to which the paper belongs.
[Poster core time and topics]
Core Time 1: 15 October, 13:00-14:00

Core Time 2: 16 October, 13:00-14:00

T1: Powder Production
T2: Compaction & Sintering
T4: Hot Isostatic Pressing
T11: Industrial Application
T12: Ferrous Materials
T13: Non Ferrous Materials
T16: Magnetic Materials
T17: Composite/Hybrid Materials
T21: Other Functional Materials

T6: AM Beam Based Technologies
T7: AM Sinter Based Technologies
T10: Other Processing
T14: High Temperature Materials
T15: Hard Materials
T22: Other PM Materials
T23: Carbon Neutrality (CN) in PM
T24: Circular Economy and Sustainability in PM

Venue: Room A-F and the foyer, Conference Center, Pacifico Yokohama (3F)
Note: Program numbers consist of following information:

Oral Session

Poster Sessione.g.) 14A-T2-01

e.g.) 15P-T1-01

Date
Room Presentation No.
Session No.

Date
PosterPresentation No.
Session No.

Keynote talks and Special Invited Talks are indicated by the word [Keynote] or [Special Invited] next to the program numbers.
Changes and modifications notified by September 10, 2024 are reflected in this Technical Program.
For the up-to-date information, please visit the Program Details page:https://confit.atlas.jp/guide/event/worldpm2024/top?lang=en

Monday, 14 October 2024

14:40-15:00

14A-T2-03

Investigation for the Ejection Property of theConventional Lubricants Used in Powder Metallurgy
Process

Oral Session
Room A
T2: Compaction & Sintering

14:20-15:40

Te c h n i c a l P r o g r a m*H. Shimamoto, M. Onaka, K. Ashizuka, S. Unami (JFE SteelCorporation, Steel Research Laboratory, Stainless Steel & Iron
Powder Research Department, Japan)

Chairpersons:Ruangdaj Tongsri (National Metal and Materials
Technology Center, Thailand)
Teiichi Kimura (Japan Fine Ceramics Center, Japan)

15:00-15:20

14A-T2-04

Eﬀect of Powder Metallurgy Raw Material Powder andLubricant on Surface Condition

14:20-14:40

14A-T2-02*T. Yokoi, Y. Yoshida (FINE SINTER CO.,LTD., Japan)

Identification of Yield Surface for FEM Analysis ofPowder Die Compaction*Y. Taniguchi (National Institute of Technology(KOSEN) NARA
College, Japan)
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Congress & Exhibition Guide

15:20-15:40

17:40-18:00

14A-T2-05

14A-T2-11

Preparation Technology of Large-sized and Ultra-thinPowder Rolled Porous Titanium Plates for Hydrogen
Production from Proton Exchange Membrane
Electrolysis Water

Development of Integrated Soft Magnetic Composite
Core with Double Flanges for Improving the
Performance of Axial Flux Motor*Y. Hirao, M. Eida, T. Saito, T. Ueno (Sumitomo Electric Sintered Alloy
Ltd., Japan)

B. Zhang, *J. Wang (State Key Laboratory of Porous Metal Materials,
Northwest Institute for Nonferrous Metal Research, China)

Room B
13:50-15:05
SIS2: Novel processing strategies for Beam BasedAM

15:50-16:50

Chairpersons:
Hironori Suzuki (Kobe Seel, Ltd., Japan)
Yukinori Taniguchi (National Institute of Technology,
Nara College, Japan)

Chairpersons:
Naoyuki Nomura (Tohoku University, Japan)
Changkyu Rhee (Korea Atomic Energy ResearchInstitute, Korea)

15:50-16:10

13:50-14:20

14A-T2-06

14B-SIS2-01 [KEYNOTE]

Brazing Characteristics of Sintered Fe-Cu-C Alloy

Challenges for Additive Manufacturing of NanoparticleInfused Pre-Alloyed Water-Atomized Iron Powder*K. Osaka1, T. Sasaki1, Y. Tamura2, S. Yamada2 (1Niigata University,
Japan, 2Diamet Corporation, Japan)*J.-S. Lee1, T. Im1, B. V. Hooreweder2, J.-K. Kim1, C. S. Lee1 (1Hanyang
University, Korea, 2KU Leuven, Belgium)

16:10-16:30

14A-T2-07

14:20-14:45

Various Properties of High-Density Sintered StainlessSteel Obtained by Powder Compacting

14B-SIS2-02 [SPECIAL INVITED]

Novel Additive Manufacturing for Defect-free
Functionally Graded Material Using Local in-situ
Alloying*K. Shimauchi1, Y. Mizuta1, T. Tashiro2, S. Egashira2, T. Ishimine2(1Sumitomo Electric Sintered Alloy, Ltd., Japan, 2Sumitomo Electricindustries,Ltd., Japan)*H. S. Kim (POSTECH, Korea)

16:30-16:50

14:45-15:05

14A-T2-08

14B-SIS2-03

Eﬀect of Homogeneity in Sintered Material’s
Microstructure on Fatigue StrengthTi-6Al-4V Hollow-strut, Hybrid-strut, and Multi-topology
Metal Lattice Metamaterials*F. Maezawa, T. Tashiro, S. Egashira, K. Shimauchi, T. Ishimine(Sumitomo Electric Industries, Ltd., Japan)

Room A
T2: Compaction & Sintering

J. Noronha, J. Dash, M. Leary, M. Brandt, *M. Qian (RMIT University,
Australia)

17:00-18:00

Room B
T6: AM Beam Based Technologies

Chairpersons:Katsuhiko Yano (Diamet Corporation, Japan)
Yuichi Shimakawa, (Kyoto University, Japan)

15:20-16:40

Chairpersons:
Ma Qian (RMIT University, Australia)
Masayuki Okugawa (Osaka University, Japan)

17:00-17:20

15:20-15:40

14A-T2-09

14B-T6-01

Improvement of the Tribological Properties of IronBased Self-Lubricating Composites by Modification of
the Sintering Atmosphere

Lean Additive Manufacturing Using HIP and How Cost
Reduction Involves the Entire Process Chain*J. Shipley1, A. Magnusson1, M. Karlsson2, C. Beamer3 (1Quintus
Technologies AB, Sweden, 2Quintus Technologies, Japan, 3Quintus
Technologies LLC, USA)

G. Araújo de Lima1, J. Zimmermann de Assunção2, A. N. Klein2,*K. Pagnan Furlan3 (1University of Parma, Department of Engineeringand Architecture, Italy, 2Federal University of Santa Catarina, Brazil,
3
Hamburg University of Technology, Institute of Advanced Ceramics,
Integrated Materials Systems Group, Germany)

15:40-16:00

14B-T6-02

Methodology for Cost Estimation Using Characteristic
Factors in Additive Manufacturing

17:20-17:40

14A-T2-10*K. Asami1,2, D. Herzog1,3, T. Deutschmann1,4, T. Röver1,2, I. Kelbassa1,3,
C. Emmelmann1,2 (1Hamburg University of Technology, Germany,
2
Institute of Laser and Systems Technology, Germany, 3Institute forIndustrialization of Smart Materials, Germany, 4Institute of ProductDevelopment and Mechanical Engineering Design, Germany)

Development of High-Precision Parts for New SemiActive Suspension Mechanism*Y. Nagasawa1, H. Ando1, R. Nagashima1, A. Kayama1, H. Yamazaki2(1FINE SINTER, Japan, 2FINE SINTER SANSHIN, Japan)
17

Te c h n i c a l P r o g r a m

Room A
T2: Compaction & SinteringCongress & Exhibition Guide

16:00-16:20

14:15-14:35

14B-T6-03

14C-SIS1-03

Powder for Metal Additive Manufacturing: Production,
Reuse and Recycling

Powder Flowability Evaluation with Die Filling Testing
Devices*E. Hryha (Centre for Additive Manufacturing Metal CAM2 Chalmers
University of Technology, Sweden)*T. Sawayama1,2, H. Ioka1,3, Y. Ueda1,4, K. Uemoto1,5, S. Saito1,6,
N. Hirose1,7 (1Japan Powder Metallurgy Association, TechnicalCommittee for Metal Powders, Japan, 2Kobe Steel, Ltd., Japan,
3
Diamet Corporation, Japan, 4Fine Sinter Co., Ltd., Japan, 5Sumitomo
Electric Sintered Alloy, Ltd., Japan, 6JFE Steel Corporation, Japan,
7
Höganäs Japan K.K., Japan)

16:20-16:40

14B-T6-04

Unlocking the Potential of Selective Electron Beam
Melting

14:35-15:00*H. Tang, H. Lin (Hangzhou City University, China)

Room B
T6: AM Beam Based Technologies

14C-SIS1-04 [SPECIAL INVITED]

Colloidal Synthesis of RoHS Compliant Quantum Dotsfor Optical Applications

16:50-17:30*N. Shirahata1,2 (1National Institute for Materials Science, Japan,
2
Hokkaido University, Japan)

Chairpersons:Asuka Suzuki (Nagoya University, Japan)
Hyoung Seop Kim (POSTECH, Korea)

Room C
T1: Powder Production

16:50-17:10

Chairpersons:
Naoto Shirahata (NIMS, Japan)
Tomoya Ohno (Kitami Institute of Technology, Japan)

14B-T6-06

Multi -Material Parts Production by Selective Laser
Melting*Y. Chivel (Merphotonics, France)

15:30-16:00

14C-T1-01 [KEYNOTE]

17:10-17:30

Processing Powders by High-Pressure Torsion for Energy
Application

14B-T6-07

Exploring the Influence of PBF-LB/M Process Parametersin Multi-material AM: A Single Track Study on CuCrZr
Deposited onto IN718 Substrate*K. Edalati (Kyushu University, Japan)
16:00-16:20*J. M. Crego Lozares1,2, A. E. Medvedev1, K. Asami2, C. Emmelmann2,
A. Molotnikov1, M. Brandt1 (1RMIT Centre for Additive Manufacturing,
Royal Melbourne Institute of Technology, School of Engineering,
Australia, 2Institute of Laser and System Technologies, Hamburg
University of Technology, Germany)

Room C
SIS1: Powder Production

15:30-17:00

14C-T1-02

Sustainable Synthesis of MOF/Biopolymer
Macrostructures: Cellulose Nanofiber-Supported Copper
Benzene-1,4-dicarboxylate/Carboxymethyl Cellulose
Beads*P. K. Kimani1, E. S. Madivoli2, E. M. Gachui3, L. W. Lim4,
C. Takai-Yamashita1,4 (1Department of Engineering Science, Gifu
University, Japan, 2Department of Chemistry, Jomo Kenyatta
University of Agriculture and Technology, Kenya, 3Department ofChemistry and Biology, University of Siegen, Germany, 4Instituteof Multidisciplinary Research for Advanced Materials, Tohoku
University, Japan)

13:30-15:00

Chairpersons:Tomoya Ohno (Kitami Institute of Technology, Japan)
Masayoshi Fuji (Nagoya Institute of Technology, Japan)
13:30-13:55

16:20-16:40

14C-SIS1-01 [SPECIAL INVITED]

14C-T1-03

Ignitability of Magnesium Alloy Powder by Gas
Atomization Method and Microstructural Changes of theAlloy

Low-temperature Foaming Mechanism of Silica-based
Solidified Products Prepared by Alkaline Activation*K. Ishii, K. Hamasaki, M. Ishihara, M. Fuji (Nagoya Institute ofTechnology, Japan)

Te c h n i c a l P r o g r a m*T. Iwaoka (Tokyo Metropolitan Industrial Technology ResearchInstitute, Japan)

16:40-17:00

13:55-14:15

14C-T1-04

14C-SIS1-02

Nano-coating on Particles to Improve the Sinterability of
Li Ion Conductor

Evaluation and Suppression of Porosity in Gas-atomized
Powders*T. Ohno, T. Tanaka, S. Hirai, J. K. Padarti, T. Matsuda (Kitami Instituteof Technology, Japan)*N. Yodoshi1, I. Sakurai2, K. Kudo1, K. Shinagawa1 (1Kyushu University,
Japan, 2Nagoya University, Japan)

18

Congress & Exhibition Guide

17:10-18:10

Room D
T19: High Entropy Alloys

Chairpersons:Paul Kinyanjui Kimani (Gifu University, Japan)
Naoto Shirahata (NIMS, Japan)

15:20-16:40

Chairpersons:Shigeru Unami (JFE Steel Corporation, Japan)
Hidemi Kato (Institute for Materials Research, Tohoku
University, Japan)

17:10-17:30

14C-T1-05

15:20-15:40

New Segregation-Free Iron-Based Powder Mixture
Eﬀective for Reducing Ejection Force during Ejection
Process after Compaction

14D-T19-05*N. Takatori, H. Shimamoto, K. Ashizuka, S. Unami (JFE SteelCorporation, Japan)*S. Onoue1, M. Kawabata-Ota2, H. Fujiwara1, K. Ameyama1(1Ritsumeikan University, Japan, 2Ritsumeikan Global Innovation
Research Organization, Japan)

Unique High Temperature Deformation Behavior of a
Harmonic Structured High Entropy CrMnFeCoNi Alloy

17:30-17:50

14C-T1-06

15:40-16:00

14D-T19-06

Impact Assessment of Lubricants on Powder Properties
in Metal Powder Premixes

Hetero-Deformation-Induced (HDI) Softening of a
Harmonic Structure Designed CrMnFeCoNi Alloy
Compact at Elevated Temperatures

A. Shirani, L. Aguirre Perales, *L. Chantal (Rio Tinto Metal Powders,
Canada)*H. Kawano1, S. Hosogi1, M. Kawabata2, H. Fujiwara3, K. Ameyama3(1Graduate school, Ritsumeikan University, Japan, 2Ritsumeikan
Global Innovation Research Organization, Japan, 3College of Scienceand Engineering, Ritsumeikan University, Japan)

17:50-18:10

14C-T1-07

Coating Metal Powders with Diﬀerent Metals Under
Ultra-low Oxygen Atmosphere for Tuning Material
Functions

16:00-16:20

14D-T19-07*W. Yamaguchi, K. Takagi (National Institute of Advanced Industrial
Science and Technology, Japan)

Room D
T19: High Entropy Alloys

Withdrawn

14:30-15:10

16:20-16:40

14D-T19-08

Chairpersons:Hidemi Kato (Institute for Materials Research, Tohoku
University, Japan)
Katsuyoshi Kondoh (Osaka University, Japan)

Corrosion Behavior of AlFeCrCoNi and FeCrMoAlTiNi
High Entropy Alloys in Molten Solar Salts*P. Alvaredo Olmos1, R. Carbajales1, C. Sobrino2 (1Universidad Carlos
III de Madrid, Spain, 2Universidad Carlos III de Madrid, Spain)

14:30-14:50

Room D
16:50-18:30
T20: Materials Characterization of AM Materials

14D-T19-03

Eﬀect of In-situ TiC Formed in the Sintering Process
on the Microstructure and Mechanical Properties of
NbTaVTi High Entropy Alloy*H. J. Choi, J. K. Lee (Kongju National University, Korea)

Chairpersons:Katsuyoshi Kondoh (Osaka University, Japan)
Noriharu Yodoshi (Kyushu University, Japan)

14:50-15:10

16:50-17:10

14D-T20-01

14D-T19-04

Additively Manufactured Sustainable 8xxx-series
Aluminum and an In-situ TEM Observation

Microstructure and Mechanical Properties of Equimolar
CrFeCoNiMo High Entropy Alloy by MM/SPS Process*S.-P. Tsai1, J.-Y. Wang1, T.-C. Tsao1, M.-H. Lee2, M.-W. Chu2, Z. Sun3
(1Department of Materials Science and Engineering, National Taiwan
University, Taiwan, 2Center for Condensed Matter Sciences, National
Taiwan University, Taiwan, 3Institute of Materials Research andEngineering (IMRE), Agency for Science, Technology and Research(A*STAR), Singapore)*S. Yamamoto1, T. Kuno1, M. Kawabata-Ota2, K. Ameyama1,
H. Fujiwara1 (1Ritsumeikan University, Japan, 2Ritsumeikan Global
Innovation Research Organization, Japan)

19

Te c h n i c a l P r o g r a m

Room C
T1: Powder Production

Congress & Exhibition Guide

Room E
T16: Hard Magnetic Materials

17:10-17:30

14D-T20-02

Investigation and Control of Smoke Phenomenon inElectron Beam Powder Bed Fusion of a Novel γ-TiAl alloy

15:00-16:20

Chairpersons:Gaku Obara (Meiji University, Japan)
Yusuke Hirayama (National Institute of Advanced
Industrial Science and Technology, Japan)*R. Jennings1, J. Rosser1, N. Southon1, N. Lavery2, S. Mehraban2,
A. Kamigaichi3, Y. Nagata3, K. Aoyagi4, A. Chiba4 (1IHI Europe Ltd., UK,
2
MACH1, Swansea University, UK, 3IHI Corporation, Japan, 4Institutefor Materials Research, Tohoku University, Japan)

15:00-15:20

14E-T16-02

17:30-17:50

Field Assisted Sintering in the Direct Recycling of Hot
Deformed Nd-Fe-B Magnet Scrap

14D-T20-03

Withdrawn*M. Keszler1, F. Grosswendt2, A.-C. Assmann3, M. Krengel4,
F. Maccari5, O. Gutfleisch5, D. Sebold1, S. Weber2, O. Guillon1,
M. Bram1,2 (1Forschungszentrum Jülich GmbH, Germany, 2RuhrUniversität Bochum, Institut für Werkstoffe, Germany, 3Lehrstuhl
für Anthropogene Stoffkreisläufe, RWTH Aachen, Germany,
4
WILO SE, Germany, 5Technische Universität Darmstadt Institut fürMaterialwissenschaft, Germany)

17:50-18:10

14D-T20-04

Low Alloy Titanium: A Sustainable Alternative for Laser
Powder Bed Fusion*J. Huang1,2, A. Issariyapat2, S. Kariya2, J. Umeda2, K. Kondoh2(1Graduate School of Engineering, Osaka University, Japan, 2Joining
and Welding Research Institute, Osaka University, Japan)

15:20-15:40

18:10-18:30

Anisotropic Magnets Fabricated by Cold Spray Additive
Manufacturing

14E-T16-05

14D-T20-05

Development of a Low-Odor Anaerobic Sealant for
Powder Metallurgical Parts*F. Bernier1, J.-M. Lamarre1, Y. Hirayama2, K. Takagi2 (1National
Research Council Canada, Canada, 2National Institute of Advanced
Industrial Science and Technology, Japan)*H. Jiang, C. Zhang, B. Chen, C. Bao (NBTM New Materials Group Co.,
Ltd., China)

15:40-16:00

Room E
14:00-14:45
SIS10: Amorphous/Nanocrystalline Soft Magnetic
Materials

Preparation of Sm-Co Alloy Nanopowders Using Mixtureof Sm and Co Powders by Induction Thermal Plasma
Process

14E-T16-06*K. Park, Y. Hirayama (National Institute of Advanced Industrial
Science and Technology (AIST), Japan)

Chairpersons:
Yoshitaka Kitamoto (Tokyo Institute of Technology,
Japan)
Isamu Otsuka (EPSON ATMIX Corporation, Japan)

16:00-16:20

14E-T16-08

In Situ TEM Observation of Low-Temperature-Phase
Formation in Mn-Bi Nanopowders Synthesized by LowOxygen Induction Thermal Plasma

14:00-14:25

14E-SIS10-01 [SPECIAL INVITED]

Novel FeCo-based Amorphous Alloy and Powder withHigh Saturation Magnetic Flux Density and Corrosion
Resistance for Inductive Devices*J. Wang, Y. Hirayama, K. Takagi (National Institute of Advanced
Industrial Science and Technology, Japan)*H. Matsumoto (TDK Corporation, Japan)

Room F
SIS8: Sintered Materials

14:25-14:45

14:00-15:10

Chairpersons:
Akira Kishimoto (Okayama University, Japan)
Zhongchun Chen (Tottori University, Japan)

14E-SIS10-03

Influence of Chromium Content on Microstructure andMagnetic Properties of Fe-Based Nanocrystalline Alloy
Powders

Te c h n i c a l P r o g r a m

14:00-14:25*M. Watanabe, T. Enomoto, H. Ishigami, I. Otsuka (EPSON ATMIX
CORPORATION, Japan)

14F-SIS8-01 [SPECIAL INVITED]

Densification of Thermoelectric β-FeSi2 by Directly
Applied Current Sintering Process*M. Ito (Fukui University of Technology, Japan)
14:25-14:50

14F-SIS8-02 [SPECIAL INVITED]

Properties of CoCrFeNi Medium-Entropy Alloy PM
Materials with C Addition*R. Hosomi, T. Sawada (Sanyo Special Steel Co., Ltd., Japan)
20

Congress & Exhibition Guide

Tuesday, 15 October 2024

14:50-15:10

14F-SIS8-03

Enhanced Load Transfer by Ceramic Coating in Carbon
Nanotubes Reinforced Al Matrix Composites

Oral Session
Room A
T3: Modeling and Sintering*W. Zhou, N. Nomura (Tohoku University, Japan)

Room F
T12: Ferrous Materials

15:25-17:10

9:20-10:20

Chairpersons:Kazunari Shinagawa (Kyushu University, Japan)
Ruangdaj Tongsri (National Metal and Materials
Technology Center, Thailand)

Chairpersons:
Mikio Ito (Fukui University of Technology, Japan)
Yang Yu (Tiangong International, China)

9:20-9:40

15:25-15:50

15A-T3-01

14F-T12-01 [SPECIAL INVITED]The Study on Characteristic and Mechanical Strength ofThin Porous Fe-P Sheet Made by Tape Casting

Overview of Manufacture and Applications of PM High
Speed Steels and Tool Steels in China*C.-C. Chung, M.-H. Lin, S.-F. Chen, H.-L. Lee (Porite Taiwan Co., Ltd.,
Taiwan)*Y. Yu, J. Liao, X. Xu, Z. Zhu (Tiangong International Company Co.
Ltd., China)

9:40-10:00

15:50-16:10

15A-T3-03

14F-T12-02

Experimental Analysis of Compression Deformation at
High-Temperatures and Numerical Simulation for BaTiO3Sintered Compacts

Computational Design of Materials for Sintering:
Challenges and Prospects*H. Tanaka1, H. Matsubara2,4, H. Yokota1, T. Iguchi3, Y. Takagi1,
H. Nomura4, S. Terasaka4, D. Igimi4 (1Technology HQ, TDK
Corporation, Japan, 2Graduate School of Environmental Studies,
Tohoku University, Japan, 3Prior Art Development Dept., Ceramics
condenser BG, TDK Corporation, Japan, 4Materials R & D Lab, Japan
Fine Ceramics Center, Japan)*T. T. Molla (The University of Melbourne, Australia)
16:10-16:30

14F-T12-03

Fatigue Analysis of High-Density High-Performance
Powder Metallurgy (HPM) Spur Gears*T.-Y. Lin1, Y.-. L. Fan2, S.-F. Chen1, H.-L. Lee1 (1Porite Taiwan Co., Ltd.,
Taiwan, 2United Powder Technologies Co., Ltd., Taiwan)

10:00-10:20

15A-T3-04

Neural Operators for Spark Plasma Sintering Simulation

16:30-16:50

D. Sicard, F. Naimi, *M. Ariane (Sintermat SAS, France)

14F-T12-04

Tensile Properties of Fe-Cr and Fe-(Cr, Mn) Sintered
Steels Applied by Low-Pressure Carburisation

Room A
T3: Modeling and Sintering

T. Yamada , M. Aramaki , K. Kudo , K. Shinagawa , T. Ohnishi ,H. Sakuta5, *Y. Ozaki2 (1Graduate School of Engineering, Kyushu
University, Japan, 2Materials Science and Engineering, Kyushu
University, Japan, 3Mechanical Engineering, Kyushu University,
Japan, 4Nihon-Techno Co., Ltd., Japan, 5Nihon Parkerizing Co., Ltd.,
Japan)
2

3

3

4

10:30-12:10

Chairpersons:
Mostapha Ariane (Sintermat SAS, France)
Sota Terasaka (Japan Fine Ceramics Center, Japan)
10:30-10:50

15A-T3-05

16:50-17:10

The Eﬀects of Microstructural Parameters on Distortionof Liquid-Phase-Sintered Tungsten Heavy Alloys

14F-T12-06

Numerical and Experimental Assessment of the Eﬀect ofSintering Time and Temperature on Yielding Behaviourof Sintered Steel*J. L. Johnson1, R. M. German2 (1Novamet/Ultra fine Specialty
Products, USA, 2San Diego State Unversity, USA)

*O. Schenk, A. Kaletsch, C. Broeckmann (RWTH Aachen University,
Institute for Materials Applications in Mechanical Engineering,
Germany)

10:50-11:10

15A-T3-06

Combined PFM/DEM Analysis of Sintering Behavior of
Powder Mixtures with Dispersed/Aggregated Particle
Structures in Non-Reactive System*K. Shinagawa, K. Kudo, N. Yodoshi (Kyushu University, Japan)

21

Te c h n i c a l P r o g r a m

1

Congress & Exhibition Guide

Room A
T7: AM Sinter Based Technologies

11:10-11:30

15A-T3-07

Experimental and Numerical Studies of Densification,
Deformation and Delamination of Co-Sintered MultiMaterial Composites

15:10-16:50

Chairpersons:
Yafeng Yang (Institute of Process Engineering CAS,
China)
Animesh Bose (AMfgLabs LLC, USA)

*Y. Deng1,2, C. Liu1, M. Zhou1, Z. Fu3, D. Gruner4, A. Kaletsch1,2,
T. Gestrich4, M. Herrmann4, N. Kratz5, C. Broeckmann1,2 (1RWTH
Aachen, Institute for Materials Applications in MechanicalEngineering, Germany, 2Institute of Applied Powder Metallurgy
and Ceramics (IAPK) at RWTH Aachen, Germany, 3University ofWuppertal, Germany, 4Fraunhofer Institute for Ceramic Technologies
and Systems IKTS, Germany, 5Research Institute for Glass andCeramics (FGK), Germany)

15:10-15:30

15A-T7-01

Optimisation of Stainless-steel Powder and Printing
Parameters to Enhance the Densification and
Productivity in Binder Jet Additive Manufacturing
Process

11:30-11:50*P. Shanthappa, S. Malgave, A. Nagaraja, K. Acharya (INDO-MIM
Limited, India)

15A-T3-08

Monte Carlo Simulation for Prediction of Residual Pores
Formed in Sintering Powder

15:30-15:50

15A-T7-02*R. Kusunoki1, S. Terasaka2, A. Suzuki1, N. Takata1, M. Kobashi1(1Nagoya University, Japan, 2Japan Fine Ceramics Center, Japan)

Eﬀect of Powder Packing Rate on the Printing and
Sintering Properties of Metal Binder Jet 3D Printing

11:50-12:10*T. Osada, S. Kobayashi (Tokyo Metropolitan University, Japan)

15A-T3-09

Multiscale Sintering Simulation of 316L Produced by
LMM

15:50-16:10*O. Schenk1, L. Vogel2, A. Kaletsch1, C. Broeckmann1 (1RWTH Aachen
University, Institute for Materials Applications in MechanicalEngineering, Germany, 2MetShape GmbH, Germany)

Development of the Binder Jetting Technology for
Aeronautic Applications: State of the Art and Focus on
IN718 Alloy

15A-T7-03*K. Nguyen, G. Huser, P. Sallot (Safran Tech, France)

Room A
14:00-15:05
SIS3: Promising Future of Sinter Based AM

16:10-16:30

15A-T7-04

Chairpersons:Kazunari Shinagawa (Kyushu University, Japan)
Kimihiro Ozaki (National Institute of Advanced
Industrial Science and Technology (AIST), Japan)

Recycling of Ti-6Al-4V Powder in Metal Binder Jetting*K. Janzen1, K. J. Kallies2, L. Waalkes1, P. Imgrund1, C. Emmelmann3(1Fraunhofer Research Institution for Additive Manufacturing
Technologies IAPT, Germany, 2Frankfurt University of Applied
Sciences, Germany, 3Institute of Laser and System Technologies(iLAS), Hamburg University of Technology TUHH, Germany)

14:00-14:25

15A-SIS3-01 [SPECIAL INVITED]

Emergence of Several Sinter-Based AM Technologies

16:30-16:50*A. Bose (AMfgLabs LLC, LLC, USA)

15A-T7-05

Successful Binder Jetting of Titanium Alloys Appeals to
the Modification of Surface Oxides: A Plasma Treatment
Approach

14:25-14:45

15A-SIS3-02

Review of Sinter-Based Additive Manufacturing (SBAM) Status and Prospects

A. Simchi1,2, *S. B. Hein1, J. Ihde1, L. Reineke1, R. Schlegel1,
M. Sandmann1, A. Cogotti1 (1Fraunhofer Institute for Manufacturing
Technology and Advanced Materials (IFAM), Germany, 2Departmentof Materials Science and Engineering, Sharif University ofTechnology,, Iran)*T. Weissgaerber1,2, T. Studnitzky1, R. Teuber1, S. Riecker1, K. Reuter1,
C. Zhong1 (1Fraunhofer Institute for Manufacturing Technology andAdvanced Materials IFAM, Germany, 2TUD Dresden University ofTechnology, Faculty Mechanical Engineering, Institute of Materials
Science, Germany)

Te c h n i c a l P r o g r a m

14:45-15:05

15A-SIS3-03

Additive Manufacturing of Tungsten Heavy Alloys – A
Technology Assessment of Sinter-based AM Processes*D. Handtrack1, L. Partner1, R. Cury2, P. Mahot2, B. Mayr-Schmoelzer1(1Plansee SE, Austria, 2Plansee Tungsten Alloys, France)

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Congress & Exhibition Guide

16:55-18:55

Room B
T6: AM Beam Based Technologies

Chairpersons:Thomas Weissgaerber (Fraunhofer IFAM Dresden/TU
Dresden, Germany)
Kee-Ahn Lee (Inha University, Korea)

9:00-10:20

Chairpersons:
Yukiko Ozaki (Osaka University/Kyushu University,
Japan)
Xuanhui Qu (University of Science and Technology
Beijing, China)

16:55-17:15

15A-T7-06

9:00-9:20

Validation of Process Parameters for Binder Jetting ofGears (17-4PH)

15B-T6-08

Electron-Beam Powder Bed Fusion of High-Carbon CoCr-Mo Alloys for Industrial Applications*L. Klee1,2, E.-E. Breuer1,2, M. Davidovic1,2, J. Brimmers1, T. Bergs2,3(1Laboratory for Machine Tools and Production Engineering (WZL)of RWTH Aachen University, Germany, 2MTI - Manufacturing
Technology Institute RWTH Aachen University, Germany,
3
Fraunhofer Institute for Production Technology IPT, Germany)*K. Yamanaka1, S. Aota1, M. Mori2, N. Sasaki1, J. Adrien3, E. Maire3,
D. Fabregue3, A. Chiba1 (1Tohoku University, Japan, 2National
Institute of Technology, Sendai College, Japan, 3INSA Lyon, France)
9:20-9:40

17:15-17:35

15B-T6-09

15A-T7-07

Nitrogen-Enhanced Martensitic Cr Steel: Advancing
Strength, Corrosion Resistance, and Sustainability in
Additive Manufacturing

Binder Jetting of Gears - Investigation of the Tooth
Bending Strength for Gears made of 17-4PH Using
Rotary Bending Specimens*P. Koenig, S. Weber, J. Lentz (Ruhr University Bochum, Germany)*L. Klee1,2, E.-E. Breuer1,2, M. Davidovic1,2, J. Brimmers1, T. Bergs2,3,
Y. Deng4, C. Broeckmann4 (1Laboratory for Machine Tools andProduction Engineering (WZL) of RWTH Aachen University,
Germany, 2MTI - Manufacturing Technology Institute RWTH
Aachen University, Germany, 3Fraunhofer Institute for Production
Technology IPT, Germany, 4Institute of Applied Powder Metallurgy
and Ceramics (IAPK) at RWTH Aachen e.V., Germany)

9:40-10:00

15B-T6-10

Agile Alloy Design for Additive Manufacturing Using
Computational Thermodynamics: Hot Work Tool Steeland Maraging Steel Case Studies
F. Deirmina1 *R. Sandburg1, H. Magnusson2, (1Sandvik additive
manufacturing, Sweden, 2Swerim AB, Sweden)

17:35-17:55

15A-T7-08

10:00-10:20

Metal-Binder-Jetting Specific Lattice Designs for LoadBearing Applications

15B-T6-11

The Microstructure and Tensile Properties of Selective
Laser Melted Dievar Hot Work Tool Steel

H. Cho1,2, W.-J. Oh1, S. M. Lee1,2, S.-H. Park2, D.-H. Kim1, J. Baek1,*C.-S. Kim1 (1Korea Institute of Industrial Technology, Korea, 2Pusan
National University, Korea)*M.-W. Wu1, Z.-S. Shih1, M.-H. Ku1, C.-L. Li2, C.-Z. Zhong1,
S.-H. Chang1, Y.-L. Tsai1 (1National Taipei University of Technology,
Taiwan, 2Voestalpine Technology Institute (Asia) Co. Ltd., Taiwan)

17:55-18:15

15A-T7-09

Room B
T6: AM Beam Based Technologies

Pressure-less Mg Melt Infiltration into Ti Powder Preformwith Various Flow Channel Structures toward theApplication to Binder Jetting Additive Manufacturing

10:40-12:00

Chairpersons:
Hideki Kyogoku (TRAFAM, Japan)
Kenta Yamanaka (Tohoku University, Japan)*Z. Li, A. Suzuki, N. Takata, M. Kobashi (Nagoya University, Japan)
18:15-18:35

15A-T7-10

10:40-11:00

Evaluation of Binder Jet 3D Printed (BJT) M2 Tool Steelagainst the Wrought M2, Powder Metallurgy (PM) M2
and Laser Powder Bed Fusion (LPBF) Maraging Steel for
Mould Application

15B-T6-12

Enhanced Ductile-to-brittle Transition Temperature of
SA508 Gr.3 via Additive Manufacturing*S. Malgave, P. Shanthappa, C. Polidas, A. Nagaraja (INDO-MIM PVT
LTD, India)*W. Jeong1, Y.-B. Chun2, S. H. Kang2, C. K. Rhee2, H. Kim3, H. J. Ryu1
(1Korea Advanced Institute of Science and Technology, Korea, 2Korea
Atomic Energy Research Institute, Korea, 3HANA AMT, Korea)

18:35-18:55

11:00-11:20

15A-T7-11

15B-T6-13

ColdMetalFusion – Smooth Surfaces by Green Part
Processing

3D-Fabrication of SUS630 Water Atomized Steel Powders
by L-PBF Additive Manufacturing

R. Steinhilber1, S. Amon2, T. Merkel2, *C. Staudigel1, C. Fischer1(1Headmade Materials GmbH, Germany, 2Rösler
Oberflaechentechnik GmbH, Germany)*A. Yanagitani1, H. Takeuchi1, A. Hirayama2, T. Kaneyoshi2, T. Yamasaki2(1University of Hyogo, Japan, 2Hyogo Prefectural Institute ofTechnology, Japan)
23

Te c h n i c a l P r o g r a m

Room A
T7: AM Sinter Based Technologies

Congress & Exhibition Guide

Room B
T6: AM Beam Based Technologies

11:20-11:40

15B-T6-14

L-PBF Additive Manufacturing Using SUS 316L WaterAtomized Powder

Chairpersons:Akihiko Yanagitani (University of Hyogo, Japan)
Hideki Kyogoku (TRAFAM, Japan)*T. Kawaguchi (KOBE STEEL, LTD., Japan)
11:40-12:00

15:30-15:50

15B-T6-15

15B-T6-20

Development of High Silicon Stainless Steel by Laser
Powder Bed Fusion

Argon-filled Macro Pore Expansion - As Function ofMaterial, Pressure and Temperature*K. Doi , N. Nishi , Y. Miyazaki , M. Ito , N. Aoe , T. Shimizu ,H. Shimizu3, A. Nishimoto2, S. Terauchi1 (1Osaka Yakin Kogyo Co., Ltd.,
Japan, 2Kansai University, Japan, 3Japan Silicolloy Industry Co., Ltd.,
Japan)
1

15:30-17:10

1

1

1

2

Room B
T6: AM Beam Based Technologies

3

P. Mellin1, J. Gårdstam2, S. Heino1, J. Shipley2, *A. Magnusson2,
F. Forsberg3, B. Forsgren4, P. Waernqvist4 (1Swerim AB, Sweden,
2
Quintus Technologies AB, Sweden, 3Luleå University of Technology,
Sweden, 4Ringhals AB, Sweden)

14:00-15:20

15:50-16:10

15B-T6-21

Correlation between High Build Speed Process
Parameters and Pore Characteristics of 316L StainlessSteel Manufactured by Powder Bed Fusion – Laser Beam

Chairpersons:Huiping Tang (Hangzhou City University, China)
Akihiko Chiba (Tohoku University, Japan)*R. Gunnerek1, T. Mishurova2, G. Bruno2, E. Hryha1 (1Chalmers
University of Technology, Sweden, 2Bundesanstalt fürMaterialforschung und -prüfung (BAM), Germany)

14:00-14:20

15B-T6-16

Mechanical Properties and Residual Stress Analysis of
ODS Ni Superalloy
Fabricated by Laser Powder Bed Fusion Process

16:10-16:30

15B-T6-22

Advancing Additive Manufacturing of Ni-Based
Superalloys: Integrating High Entropy Alloy
Thermodynamics into Novel CoNi-Based Superalloys for
Powder Based Technologies*D. W. Lee1, S. G. Lee1, C. Dhin Van1, C. R. Kim1, J. C. Kim1, H. J. Kim2,
J. G. Lim3, T. S. Yoon3 (1University of Ulsan, Korea, 2Korea Institute ofIndustrial Technology, Korea, 3DaiShinKangup Co.,Ltd, Korea)

A. Mohammadzadeh1,2, A. De Nardi2,3, *J. M. Torralba2,4 (1Departmentof Materials Engineering, Faculty of Engineering, University ofMaragheh, Iran, 2IMDEA Materials Institute, Spain, 3Politecnico di
Torino, Italy, 4Universidad Carlos III de Madrid, Spain)

14:20-14:40

15B-T6-17

Enhanced High Temperature Mechanical Properties ofTiCp Reinforced Inconel 718 by Laser Powder Directed
Energy Deposition

16:30-16:50

15B-T6-23*W. Jeong1, T. Lee2, S.-J. Youn2, M. Lee1, H. Kim3, H. J. Ryu1 (1Korea
Advanced Institute of Science and Technology, Korea, 2Korea
Institute of Materials Science, Korea, 3HANA AMT, Korea)

Developing CoCrFeNi High Entropy Alloy with Mo andNb via In-situ Alloying in Laser Powder Bed Fusion (PBFLB/M) and Evaluating Its High Temperature Properties

14:40-15:00

S. V. Kumaran1,2, B. Malladi3, A. Meza1, E. Hryha3, *J. M. Torralba1,2(1IMDEA Materials Institute, Spain, 2Universidad Carlos III de Madrid,
Spain, 3Chalmers university of technology, Sweden)

15B-T6-18

Microstructure and Mechanical Properties of AdditiveManufactured Alloy 718 Fabricated by Electron Beam
- Powder Bed Fusion (EB-PBF)

16:50-17:10

15B-T6-24*A. Morishige1, T. N. Palleda1, K. Kakehi1, A. Miyakita2, K. Masuda2,
T. Sato2 (1Tokyo Metropolitan University, Japan, 2JEOL, Japan)

Basal Oriented Columnar Microstructure Formation in
Laser Powder Bed Fusion Prepared α Titanium Alloy

15:00-15:20*S. Kariya1, H. Hanada2, A. Issariyapat1, T. Teramae2, J. Huang2,
J. Umeda1, K. Kondoh1 (1Osaka University, JWRI, Japan, 2Osaka
University, Japan)

15B-T6-19

Te c h n i c a l P r o g r a m

The Eﬀect of Process Conditions on Mechanical
Properties of IN718 Material Fabricated by L-PBF (Laser
Powder Bed Fusion)*J. Ku, J. Lee, E. Kim, Y. G. Kim, E. S. Park, C. Jeon (EML (Eloi Materials)
Co., Ltd., Korea)

24

Congress & Exhibition Guide

Room C
T1: Powder Production

9:00-10:20

Room C
T1: Powder Production

14:00-15:20

Chairpersons:
Yoshitake Masuda (National Institute of Advanced
Industrial Science and Technology (AIST), Japan)
Tomoya Ohno (Kitami Institute of Technology, Japan)

Chairpersons:
Wataru Yamaguchi, Yoshitake Masuda (National
Institute of Advanced Industrial Science andTechnology (AIST), Japan)

9:00-9:20

14:00-14:20

15C-T1-09

15C-T1-18

High Eﬃcient Industrial Laser Methods for Producing
Powders

Sinterability of Cu-Zn Alloy Powders*Y. Chivel (Merphotonics, France)*F. Watanabe, S. Masuoka, Y. Shimpo (FUKUDA METAL FOIL &POWDER CO., LTD., Japan)

9:20-9:40

14:20-14:40

15C-T1-10

15C-T1-19

Fabrication and Characterization of Biodegradable
β-TCP/Zn-Ag-Based Composites via AgNWs-Assisted
Hetero Agglomeration and SPS-Induced In Situ Alloying

Quantitative Comparison of the Most Common Particle
Sizing and Surface Area Measurement Methods*D. Tyrala, J. Konstanty (AGH University of Krakow, Poland)*X. Sun1, X. Wang2, W. Li1, D. Liu1 (1Tianjin University of Technology,
China, 2Tohoku University, Japan)

14:40-15:00

15C-T1-20

9:40-10:00

Quantitative Flowability Evaluation Using the Die Filling
Testing Device

15C-T1-11

Withdrawn*K. Nishimoto, T. Sawayama, H. Hojo (Kobe Steel, Ltd., Japan)
15:00-15:20

10:00-10:20

15C-T1-21

15C-T1-12

Characterization of the Chemistry of Oxides Formed on
the Surface of Water-atomized Steel Particles during
Annealing

Continuous and Cost-eﬃcient Production of Metal
Powders for the Next Breakthrough in Metal Additive
Manufacturing*G. Laramée1, S. Gélinas1, P. Plamondon2, J.-P. Masse2, G. L'espérance2,
C. Blais1 (1Université Laval, Canada, 2Centre for Characterization andMicroscopy of Materials (CM)2, Canada)*Y. Wilkens, P. Weiland (SMS group GmbH, Germany)

10:30-11:10

Room C
T1: Powder Production

Chairpersons:
Noriharu Yodoshi (Kyushu University, Japan)
Takamasa Mori (Hosei University, Japan)

15:50-16:30

Chairpersons:Takamasa Mori (Hosei University, Japan)
Wataru Yamaguchi (National Institute of Advanced
Industrial Science and Technology (AIST), Japan)

10:30-10:50

15C-T1-16

15:50-16:10

Characterization of Water-Atomized Powder by Binder
Jet 3D Printer

15C-T1-22

Enhancing Flow Behavior and Mechanical Properties
in Powder-Based Additive Manufacturing: The Impact
of Particle Size Variations and Nanoparticle Coating on
316L Stainless Steel Powder*K. Itotsubo, K. Aida, H. Ishigami, I. Otsuka (EPSON ATMIX
Corporation, Japan)
10:50-11:10

15C-T1-17*Y. Wilkens1, E. Ghavampour1,2, T. Lantzsch3 (1SMS group GmbH,Germany, 2RWTH Aachen University, Chair for Laser Technology LLT,
Germany, 3Fraunhofer Institute for Laser Technology ILT, Germany)

Production and Properties of Recycled Aluminium Alloy
Powders via Inert Gas Atomisation
F. S. Gobber1, A. Pennacchio1, E. Fracchia2, *M. Actis-Grande1(1Politecnico di Torino - Department of Applied Science andTechnology (DISAT), Italy, 2Politecnico di Torino - Department ofManagement and Production Engineering (DIGEP), Italy)

16:10-16:30

15C-T1-24

Study of Post-Atomization Treatments Aimed at
Optimizing the Rheology of Water Atomized Tool
Steel Powders for Laser Powder-Bed Fusion Additive
Manufacturing*S. Gelinas1, J. Plante1, D. Mutel2, C. Blais1 (1Universite Laval, Canada,
2
Dalhousie University, Canada)25

Te c h n i c a l P r o g r a m

Room C
T1: Powder Production

Congress & Exhibition Guide

Room C
T1: Powder Production

16:40-18:20

9:25-9:50

15D-SIS4-02 [SPECIAL INVITED]MIM in North America — Trends and Technology

Chairpersons:
Masayoshi Fuji (Nagoya Institute of Technology, Japan)
Tomoya Ohno (Kitami Institute of Technology, Japan)*S. Jones (Metal Powder Industries Federation, USA)
9:50-10:15

15D-SIS4-03 [SPECIAL INVITED]

16:40-17:00

Industry Trend and Sustainability Activities of MIM inJapan

15C-T1-25

Investigation of Morphology and Reusability of Ti-6Al-4V
Alloy for 3D Printer Based on Particle Characterization*K. Doi (Osaka Yakin Kogyo Co., Ltd., Japan)*M. Yoshida1, Y. Konishi1, S. Onda1, K. Sato1, K. Tohma2, T. Nagase2,
A. Yanagitani2 (1Microtrac BEL Corp., Japan, 2University of Hyogo,
Japan)

10:15-10:35

15D-SIS4-04

Part Quality, Sustainability, and Performance: A
Comparison between Graphite and Metallic Lined MIM
Furnaces

17:00-17:20

15C-T1-26*S. Hishiyama2, T. Ohnweiler1, M. Mungenast1, T. Ohba2,
K. Shimamura2 (1Carbolite Gero GmbH & Co. KG, Germany, 2Verder
Scientific Co., Ltd., Japan)

The Changes of Rheological Behavior of Ti-6Al-4V
Alloy Powders for Additive Manufacturing by Powder
Oxidation*N. Kakegawa, W. Zhou, N. Nomura (Tohoku University, Japan)

Room D
10:45-12:05
SIS5: MIM Challenges for New Materials

17:20-17:40

15C-T1-27

Chairpersons:Kentaro Kudo (Kyushu University, Japan)
Animesh Bose (AMfgLabs LLC, USA)

Properties of UNS S32760 Duplex Stainless Steels
Powders and L-PBF Components as Function of Diﬀerent
Processing Gases

10:45-11:05

F. S. Gobber, A. Pennacchio, *M. Actis Grande (Politecnico di Torino Department of Applied Science and Technology, Italy)

15D-SIS5-01

Injection Molding of Metal and Carbon Composites

17:40-18:00*T. Osada, S. Kobayashi (Tokyo Metropolitan University, Japan)

15C-T1-28

Changes in Powder Surface Chemistry during Reuse ofPure Copper
in Powder Bed Fusion - Electron Beam

11:05-11:25

15D-SIS5-02

Microstructural Evolution of Cu-Al-Ni Shape Memory
Alloys Fabricated by Powder Injection Molding*S. Kazi1, P. Mahoney2, E. Hryha1 (1Chalmers University of Technology,
Sweden, 2Collibrium Additive, Arcam EBM, Sweden)

K. Rashidi1,2, *A. B. Sulong1,2, N. Muhamad1,2, A. Fayyaz3,
F. Mohd Foudzi1,2, A. Basir1,2 (1Universiti Kebangsaaan Malaysia,
Malaysia, 2Universiti Kebangsaan Malaysia, Malaysia, 3Islamic Azad
University, Iran)

18:00-18:20

15C-T1-29

Impact of Powder Characteristics on the Microstructure Property Relationships of PBF-LB Metallic Alloys

11:25-11:45

15D-SIS5-03*M. Thomas1, C. Cayron2, Q. Mandou3, O. Baulin4, S. Drawin1,
J.-L. Baudoin2, C. Reynaud4 (1ONERA, France, 2LNE, France, 3Air
Liquide, France, 4CETIM, France)

The Influence of Mo Additions on Physical,
Microstructure and Mechanical Properties in
Commercially Pure Ti Manufactured by MIM Process

Room D
9:00-10:35
SIS4: Trends and Sustainability of MIM*M. Tange1,2, C. Suwanpreecha3, S. Songkuea3, A. Manonukul3 (1Taisei
Kogyo (Thailand) Co., Ltd., Thailand, 2Micro MIM Japan Holdings Inc.,
Japan, 3National Metal and Materials Technology Center (MTEC),
National Sciences and Technology Development Agency, Thailand)

Te c h n i c a l P r o g r a m

Chairpersons:Georg Breitenmoser (Parmaco Metal Injection Molding
AG, Switzerland)
Yoko Pittini-Yamada (Meyer Sintermetall AG,
Switzerland)

11:45-12:05

15D-SIS5-04

Sinterability of Hydroxyapatite/Zirconia Micro-parts
Fabricated by Two-component Micro-powder Injection
Molding Process

9:00-9:25

15D-SIS4-01 [SPECIAL INVITED]*N. Muhamad, A. Basir, A. B. Sulong, M. Mohamed Amin (Universiti
Kebangsaan Malaysia, Malaysia)

Trends and Sustainability in the European MIM Industry*S. B. Hein (Fraunhofer Institute for Manufacturing Technology andAdvanced Materials IFAM, Germany)26

Congress & Exhibition Guide

Room DT8: MIM - New Processing Routes

14:00-15:40

16:20-16:40

15D-T8-07

Fabrication of Sintered Compacts with High Hardnessand High Corrosion Resistance Using the WaterAtomised Ferritic Nickel-Free Stainless Steel Powder

Chairpersons:
Hidefumi Nakamura (EPSON ATMIX Corporation, Japan)
Abu Bakar Sulong (Universiti Kebangsaan Malaysia,
Malaysia)*S. Aketo, Y. Oshima, I. Narumi (EPSON ATMIX CORPORATION, Japan)
16:40-17:00

14:00-14:20

15D-T8-08

15D-T8-01

Eﬀect of Sintering Conditions on Microstructures andMechanical Properties of Stellite 6 Alloy Fabricated by
MIM Process

High Flow MIM Binders Suitable for High Precision Parts
with Reduced Voids.
*M. Fukai, Y. Shirai (Asahi Kasei corp, Japan)*E. Endo1, H. Nakayama1, M. Sakamura2 (1CASTEM Co.,LTD, Japan,
2
Hiroshima Prefectural Technology Research Institute, Japan)

14:20-14:40

15D-T8-02

17:00-17:20

Superiority of V-LINE® Injection Molding Machine in
Metal Injection Molding for Precise Parts

15D-T8-09*Y. Yamazaki1, Y. Kankawa2 (1Sodick Co., Ltd., Japan, 2Moulage LLC.,
Japan)

Microstructure and High Temperature Mechanical
Properties of IN718 Fabricated by Metal Injection
Molding

14:40-15:00*H. Suzuki1, T. N. Plleda1, K. Kakehi1, H. Okuyama2 (1Tokyo
Metropolitan University, Japan, 2Micro MIM Japan, Japan)

15D-T8-03

Status of Self-made POM Feedstock for PIM

Room E
T16: Soft Magnetic Materials*Y. H. Chiou, Y. D. Chao (You neeD Technology Consulting Co., Ltd of
CPMA and TPMA, Taiwan)

9:00-10:20

Chairpersons:Tatsuo Fujii (Okayama University, Japan)
Takuya Takashita (JFE Steel Corporation, Japan)

15:00-15:20

15D-T8-04

Development of Mass Production Technology for Hollow
Parts by MIM Process

9:00-9:20*T. Kosugi, H. Terada (Teibow Co.,Ltd, Japan)

15E-T16-09

15:20-15:40

Eﬀect of Variation in Insulation Coating Thickness of Soft
Magnetic Iron Powder on Core Properties

15D-T8-05*T. Yamada, D. Yoshida, Y. Taniguchi, H. Hojo (KOBE STEEL, Ltd., Japan)

DIC Analysis of Large-deflection during Sintering of MIM
Compacts

9:20-9:40

15E-T16-10*K. Kudo , A. Tanaka , T. Osada , N. Yodoshi , K. Shinagawa ( Kyushu
University, Japan, 2Graduate School of Kyushu University, Japan,
3
Tokyu Metropolitan University, Japan)
2

3

1

1 1

Development of High Strength and Low Iron Loss
Powder Magnetic Core by Adding Glass Powder*M. Akazawa, R. Fukuda, Y. Tamura (Diamet Corporation, Japan)

Room D
16:00-17:20
T8: MIM - Stainless Steel and Heat Resistant Alloy

9:40-10:00

15E-T16-11

Chairpersons:
Makiko Tange (TAISEI KOGYO (THAILAND) CO., LTD.,
Thailand/Micro MIM Japan Holdings Inc., Japan)
Norhamidi Muhamad (Universiti Kebangsaan Malaysia,
Malaysia)

Magnetically Hydrodynamic Behavior ofMagnetoliposomes Designed for Liquid-Based
Biomolecular Sensing*A. N. Ryofi, K. Okubo, Y. Kitamoto (Tokyo Institute of Technology,
Japan)

16:00-16:20

10:00-10:20

15D-T8-06

15E-T16-12

Fabrication and Characterization of the Sintered
Compact Using Water-atomized Ferritic Stainless-steel
Powder by Metal Injection Molding

Combining Die Coating and Added Lubricant to Improve
Magnetic Properties of Soft Magnetic Composites.
*C. Hoehnel1, I. Lindemann-Geipel2, T. Weissgaerber1,2 (1TUD Dresden
University of Technology, Germany, 2Fraunhofer Institute for
Manufacturing Technology and Advanced Materials IFAM, Germany)*Y. Oshima, S. Aketo, I. Narumi (EPSON ATMIX CORPORATION, Japan)

27

Te c h n i c a l P r o g r a m

1

Congress & Exhibition Guide

Room E
T16: Soft Magnetic Materials

10:50-12:10

14:50-15:10

15E-SIS13-03

Alloy Development from Sustainable Materials – CloseLoop of Materials Using Ultrasonic Atomization

Chairpersons:Tatsuo Fujii (Okayama University, Japan)
Takuya Takashita (JFE Steel Corporation, Japan)*J. Ciftcli1,2, T. Choma1,2, B. Moroňczyk1,2, B. Kalicki1,2, F. Puchalski1,Ł. Żrodowski1 (1AMAZEMET, Poland, 2Warsaw University ofTechnology, Poland)

10:50-11:10

15E-T16-14

Room E
15:20-16:25
SIS13: Circular Economy and Sustainability in PM

Prototype Evaluation of Axial Gap Motor with Soft
Magnetic Composite Cores

Chairpersons:Tetsuo Tsuchiya (National Institute of Advanced
Industrial Science and Technology (AIST), Japan)
Linnea Christina Molin (Höganäs AB, Sweden)*T. Nakamura, T. Takashita, T. Hiratani (JFE Steel Corporation, Japan)
11:10-11:30

15E-T16-15

High-Frequency Magnetic Properties of Compacted
Fe-Mn-Ni Powder Coated with Phosphates Containing
Various Metals

15:20-15:45

15E-SIS13-04 [SPECIAL INVITED]*R. Okazaki , S. Abe , J. Akamatsu , N. Imaoka , Y. Kawakami ,A. Matsumoto2, K. Ozaki2 (1NICHIA CORPORATION, Japan, 2National
Institute of Advanced Industrial Science and Technology (AIST),
Japan)

Sustainability of a Novel Low-Cost Process for Making
Spherical Titanium Alloy Powders for Additive
Manufacturing

11:30-11:50

15:45-16:05

1

1

1

1

2

*Z. Z. Fang (University of Utah, USA)

15E-T16-16

15E-SIS13-05

A New Generation of Sustainable SMC Materials with
Low Core Loss

Influence of Oxygen Content in Powder Feedstock on
Microstructure and Properties of Nickel-alloy Fabricatedby Laser Powder Bed Fusion*C. Jönsson, B. Skårman, Y. Zhou, L. Kjellèn (Höganäs AB, Sweden)*J. Niu, K. Aota, K. Kuwabara (Proterial, Ltd., Japan)

11:50-12:10

15E-T16-17

16:05-16:25

A LCA Analysis of SMC Solution for Electrification

15E-SIS13-06*Z. Ye, S. Poulikidou, A. R. Persson, L. Kjellèn (Höganäs AB, Sweden)

Direct Recycling of Tool Steel Swarf Using Field Assisted
Sintering

Room E
14:00-15:10
SIS13: Circular Economy and Sustainability in PM*M. Keszler1, F. Großwendt2, A.-C. Assmann3, A. Röttger4,
S. Weber2, O. Guillon1, M. Bram1,2 (1Forschungszentrum Jülich GmbH,Germany, 2Ruhr-Universität Bochum, Lehrstuhl Werkstofftechnik,
Germany, 3RWTH Aachen, Lehrstuhl für Anthropogene
Stoffkreislöufe, Germany, 4Bergische Universität Wuppertal,
Lehrstuhl für neue Fertigungstechnologien und Werkstoffe,
Germany)

Chairpersons:Kenta Takagi (National Institute of Advanced Industrial
Science And Technology (AIST), Japan)
Norimitsu Hirose (Hoganas Japan K. K., Japan)
14:00-14:30

Room E
16:35-17:40
SIS13: Circular Economy and Sustainability in PM

15E-SIS13-01 [KEYNOTE]

Metal Powder Based Additive Manufacturing
Technologies for Realizing Circular Economy Society*H. Itagaki, K. Ashida, N. Sato, K. Shinoda, M. Yamada, S. Hirose,
M. Matsumoto (National Institute of Advanced Industrial Scienceand Technology, Japan)

Chairpersons:
Norimitsu Hirose (Hoganas Japan K. K., Japan)
Kenta Takagi (National Institute of Advanced Industrial
Science And Technology (AIST), Japan)

14:30-14:50

16:35-17:00

Te c h n i c a l P r o g r a m

15E-SIS13-07 [SPECIAL INVITED]

15E-SIS13-02

Future Demands on Sustainability and Opportunities forPM

Valorization of AM Powder By-Products*L.-P. Lefebvre , O. Bergeron ( National Research Council Canada,
Canada, 2AP & C, a Colibrium Additive company, Canada)
1

2 1*L. Molin (Höganäs AB, Sweden)28

Congress & Exhibition Guide

Room F
T14: High Temperature Materials

17:00-17:20

15E-SIS13-08

Continuous Lithium Extraction System Using IonSelective Membrane for Extraction of High-Purity
Lithium Phosphate Powder

Chairpersons:
Miki Inada (Kyushu University, Japan)
Akira Kishimoto (Okayama University, Japan)*S.-H. Lee1,2, S. H. Baek1, J. Yun1, H.-W. Lee1, Y. Kwon1, K.-R. Park1,
Y. Song1, B. S. Kim1, Y.-H. Choa2, D.-W. Jeong1 (1Korea National
Institute of Rare Metals, Korea Institute of Industrial Technology,
Korea, 2Department of Materials Science and Chemical Engineering,
Hanyang University, Korea)

10:30-11:00

15F-T14-05 [KEYNOTE]

Deformation-Resistant Multipurpose Ultra-High
Temperature Ceramics with Superior Hardness,
Toughness, and Flexural Strength

17:20-17:40

15E-SIS13-09*O. Vasylkiv (National Institute for Materials Science, Japan)

A Study on the Recovery of Lithium Hydroxide throughthe Recycling of Waste Secondary Batteries by an
Eco-Friendly Pyrometallurgical Process with SelfPropagating High-Temperature Synthesis

11:00-11:20

15F-T14-06

Fabrication of ZrB2-SiC and its Related Composites by
SPS and Their Oxidation Behavior*Y. Lee1,2, N. Kwon1,2, Y.-Y. You1,2, G.-H. Lee1,3, M. Lee1, J.-J. Sim1, J. Shin1,
D. Kim1, K. Park1 (1Korea Institute of Industrial Technology, Korea,
2
Korea University, Korea, 3Inha University, Korea)

Room F
T14: High Temperature Materials*H. Morishita1, D. Elsner2, R. Kobayashi1, S. Maruyama1,
K. Komurasaki3, A. Momozawa1 (1Tokyo City University, Japan,
2
University of Stuttgart, Germany, 3The University of Tokyo, Japan)

9:20-10:20

11:20-11:40

15F-T14-07

Chairpersons:Xiong Xiang (Central South University, China)
Ma Qian (Royal Melbourne Institute of Technology,
Australia)

Eﬀect of High Temperature on Microstructure andHardness of Ti-6Al-4Dy Alloy by High Energy Ball Millingand Spark Plasma Sintering
D. Lee1, J. Ga1, M. H. Park2, *S. Y. Chang1 (1Korea Aerospace University,
Department of Materials Science and Engineering, Korea, 2Enerich
Co. Ltd,, Korea)

9:20-9:40

15F-T14-02

11:40-12:00

Fabrication of Mullite Based Porous Ceramics with
Favorable Creep Resistance Utilizing SuperplasticallyFoaming Method

15F-T14-08

Mechanical Properties and Characterization of Low
Density Co-based Superalloys for High Temperature
Applications

R. Yokota, S. Arizuka, W. Miyamoto, S. Kondo, T. Teranishi,*A. Kishimoto (Okayama University, Japan)*J. M. Torralba1,2, C. Del Castillo1, A. Mejia Reinoso1,
L. Garcia de la Cruz1, M. Campos1 (1Universidad Carlos III de Madrid,
Spain, 2IMDEA Materials Institute, Spain)

9:40-10:00

15F-T14-03

Sintering of Alloyed Zirconium Powders and Selected
Properties at High Temperatures

Room F
T13: Non Ferrous Materials*L. Jaworska1, R. Wnuk1, P. Nowak2, M. Stepien1, G. Boczkal1, P. Noga1,
T. Skrzekut1 (1AGH University of Krakow, Poland, 2University ofChemistry and Technology, Czech Republic)
15F-T14-04

14:00-14:20

Influence of Heat Treatment Temperature on the
Structure and Mechanical Properties of Modified
MA6000 Alloy Fabricated by Spark Plasma Sintering
1

3

1

New Developments on the Formulation of Pure Copper
Premixes for the Production of Parts for E-Vehicles andElectronic Applications

2*I. Lorenzon, M. Nassuato, A. Prete, G. Leto, F. Bortolotti (Pometon
SpA, Italy)
14:20-14:40

15F-T13-02

Feasibility Study on the Application of Ti-Zr Alloys for
Fabrication of Porous Ti-based Biometals via Powder
Metallurgy*S.-J. Seo, T. Fujii, Y. Shimamura (Shizuoka University, Japan)

29

Te c h n i c a l P r o g r a m

15F-T13-01*C. V. Dinh , D.-W. Lee , S.-G. Lee , J.-W. Kim , J.-C. Kim , H.-J. Kim ,J.-G. Lim3, T.-S. Yoon3 (1University of Ulsan, Korea, 2Korea Institute ofIndustrial Technology, Korea, 3DaiShinKangup Co., Ltd, Korea)
1

14:00-14:40

Chairpersons:Shota Kariya (JWRI, Osaka University, Japan)
Zhongchun Chen (Tottori University, Japan)

10:00-10:20

1

10:30-12:00

Congress & Exhibition Guide

Room F
T13: Non Ferrous Materials

15:10-16:30

Poster Session
3F Foyer
T1: Powder Production

Chairpersons:Shufeng Li (Xi'an University of Technology, China)
Weiwei Zhou (Tohoku University, Japan)

Core Time: 13:00-14:00

15:10-15:30

15P-T1-01

15F-T13-07

Preparation of NdFeB Powders by Gas Atomization

Wear, Mechanical Properties and Corrosion Resistance of
Mechanically Alloyed Ti-13Ta-6Sn*C.-S. Chen, L.-S. Chou, Y.-H. Chou (Industrial Technology ResearchInstitute, Taiwan)*F. Cavilha Neto1, L. Kataoka1, D. Salvaro1, C. Aguilar2, B. Henriques3,
A. N. Klein1, C. Binder1 (1Federal University of Santa Catarina, Brazil,
2
Universidad Técnica Federico Santa María, Chile, 3Ceramic andComposite Materials Research Group,Federal University of Santa
Catarina, Brazil)

15P-T1-02

15:30-15:50*J.-W. Lee1, S.-J. Hong1, G. Song1, J. Moon1, J. Lee1, H.-K. Choi1, S. Yi2(1Kongju National Unviersity, Korea, 2Portland State University, USA)

Additive Manufacturing of Polycaprolactone (PCL)
Scaﬀolds for Tissue Engineering

15F-T13-08

Nickel Aluminium Bronze Alloys with Enhanced ErosionCorrosion Resistance and Mechanical Strength

15P-T1-03

A. Fayanas1,2, A. Veiga1,2, A. Perez3, A. Concustell3, S. Molas3, *N. Ordas1(1Ceit-BRTA, Spain, 2TECNUN, Spain, 3EURECAT, Spain)

Wettability of Hydrophobic Silica Nanoparticles in
Hexane/Ethanol Mixture Characterized by a TimeDomain Nuclear Magnetic Resonance (TD-NMR)

15:50-16:10*A. Kato1, A. Teramae1, J. Ikeda2, P. K. Kimani1, C. Takai-Yamashita1,2(1Gifu University, Japan, 2Tohoku University, Japan)

15F-T13-09

Towards High-Performance Titanium Matrix Composites
by Tailoring Morphology and Spatial Distribution of
Reinforcements Using Carbon-Coated Titanium Powder

15P-T1-04

B. Wang1,2, *S. Li2, L. Zhang2, Y. Yang2 (1Nanjing Tech University, China,
2
Institute of Process Engineering, Chinese Academy of Sciences,
China)Development of an Advanced Printing System for Metal/
Ceramic Composite Materials*X. Meng1, F. Tarlochan2, F. Tsumori3 (1 Kyushu University, Japan,
2
Qatar University, Qatar, 3Kyushu University, Japan)

16:10-16:30

15F-T13-10

Synergistic Enhancement of Strength and Ductility in
Hetero-deformation Induced Strengthening Titanium
Composites via Powder Metallurgy

15P-T1-05

Enhancing Sustainability in Metal Additive
Manufacturing Through Recycling Elemental Fe, Co, andNi Powders and Subsequent Plasma Atomization*S. Li1, L. Liu1, S. Li1, X. Zhang1, B. Li1, J. Umeda2, K. Kondoh2(1School of Materials Science and Engineering, Xi'an University ofTechnology, China, 2Joining and Welding Research Institute, Osaka
University, Japan)*V. Soh, S. Wei, Z. Sun, D. Wuu, K. B. Lau, C. Lee, E. Soh, P. Wang
(A*Star Institute of Materials Research & Engineering, Singapore)
15P-T1-07

Synthesis of Tubular Iron Oxide Pigments with Bright
Red Color Deposited on Phosphorylated Cellulose
Nanofibers
K. Suga, Y. Oshima, T. Okihara, *T. Fujii (Okayama University, Japan)

Te c h n i c a l P r o g r a m

15P-T1-08

Moisture-Induced Side Reactions in Metal Powder
Synthesis through Chemical Vapor Process*S.-M. Yang, H.-J. Shin (Korea Institute of Industrial Technology,
Korea)

30

Congress & Exhibition Guide

T2: Compaction & Sintering

15P-T11-04

Eﬀect of Sintering Temperature on the Interfacial
Microstructure and Properties of Steel Bonded Carbide
Composite Wear-resistant Plate

15P-T2-01

GeoDict-enhanced Insights into the Impact of Powder
Size on the Dynamics of Gas Diﬀusion Layers at Various
Porosities in PEM Electrolyzer

H. Li, *Y. Shi, J. Ni, Z. Gao, Z. Huang (Zhengzhou Research Institute of
Mechanical Engineering Co., Ltd., China)

J. Hussain1, S. S. Hussain2, M. W. Khaild3, J. A. Siddique4, A. Ali4,5,
B. Hussain6, I. Hussain7, B. Lee8, T.-S. Kim4,5, M. Song5, *D.-K. Kim5 (1 NH
Recytech, Korea, 2Korea Research Institute of Chemical Technology,
Korea, 3ILJIN Diamond Co. Ltd., Korea, 4Convergence Manufacturing
System Engineering, Korea University of Science and Technology,
Korea, 5Korea National Institute of Rare Metals, Korea Institute ofIndustrial Technology, Korea, 6Korea Institute of Energy Research,
Korea, 7City University of Hong Kong, Hong Kong, 8Kyung Hee
University, Korea)

T12: Ferrous Materials
15P-T12-01

Microstructure and Mechanical Properties of HighStrength Tool Steels*H.-G. Lee, A. Lee, S.-G. Lee, C.-R. Kim, J.-C. Kim, S.-Y. Shin (University
of Ulsan, Korea)

15P-T2-02

Single-step Co-sintering Synthesis of a Gradient Metal
Micro-filtration Membrane with a Sleek Surface

T13: Non Ferrous Materials*K. Yang, C. Xu, H. Wang, L. Shen (Northwest Institute for Nonferrous
Metal Research, China)

15P-T13-02

T4: Hot Isostatic Pressing

Eﬀect of Titanium Oxidized Treatment on Interfacial
Characteristics of Ti/ZiO2 Sintered Bonding Materials

15P-T4-05*N. Aoyagi1, K. Kitamura1, K. Sekita1, J. F. R. Xiang2, C. K. Lee2,
T. G. P. Galind3 (1National Institute of Technology, Nagaoka College,
Japan, 2Nanyang Polytechnic, Singapore, 3Nagaoka University ofTechnology, Japan)

Eﬀect of Microstructural Characteristics on Mechanical
Properties for Conventional and Powder Metallurgy T15
High Speed Steel

15P-T13-03

J. Jiang, Y. Luo, *Z. Qu, S. Li (Xi'an Sino-Euro Materials Technologies
Co., Ltd., China)

Evaluation of Compressive Strength for Sintered Porous
Titanium Alloy and Composites with Biopolymers

T11: Industrial Application

K. Kimura1, *N. Aoyagi1, T. Sorimachi1, M. Miyata1, T. G. P. Galindo2(1National Institute of Technology, Nagaoka College, Japan,
2
Nagaoka University of Technology, Japan)

15P-T11-01

15P-T13-05

Advanced Eco-Friendly Non-Destructive Testingin Powder Metallurgy through AI-Based Acoustic
Methodology

Properties Evaluation of Copper-Titanium Composites
by a Spark Plasma Sintering Process

15P-T13-06

15P-T11-03

Sintering Behavior of Aluminum-Graphite and its Eﬀect
on Thermal Property Using Spark Plasma Sintering
MethodAdvancements in Robot-Controlled Cold Spray Additive
Manufacturing for Space Applications*D. Wuu1, Z. Zhang1, Z. Zhang2, T. Ba2, V. Soh1, P. Wang1 (1Instituteof Materials Research and Engineering, Agency for Science,
Technology and Research (A*STAR), Singapore, 2Institute of High
Performance Computing, Agency for Science, Technology andResearch (A*STAR), Singapore)*M. H. Yang1,2, B. S. Park1,2, Y. G. Park1,2, I. H. Oh2, H. K. Park2, S. K. Hong1(1Division of Advanced Materials Engineering Chonnam National
University, Korea, 2Korea Institute of Industrial Technology, PurposeBuilt Mobility Group, Korea)

31

Te c h n i c a l P r o g r a m*M. H. Yang1,3, B. S. Park1,3, I. H. Oh1, H. S. Moon2, H. K. Park1 (1Purpose
Built Mobility Group, Korea Institute of Industrial Technology,
Korea, 2Extreme Process Control Group, Korea Institute of Industrial
Technology, Korea, 3Division of Advanced Materials Engineering,
Chonnam National University, Korea)*H.-H. Hsiao1,2, K.-J. Yang3, C.-Y. Lien2, F.-N. Lee4, C.-C. Wang3,
K.-J. Wang1 (1National Taiwan University of Science and Technology,
Taiwan, 2Auroral Sinter Metals CO, LTD, Taiwan, 3Industrial
Technology Research Institute (ITRI), Taiwan, 4Brillant Knowbot
Machines Co. Ltd., Taiwan)

Congress & Exhibition Guide

15P-T13-08

T21: Other Functional Materials

Superior Combination of Strength and Electrical
Conductivity in Cu/Al2O3 Composite by Introducing
High-volume-fraction Ultrafine Grains

15P-T21-04

J. Zhang1,2, X. Liu2,3, S. Zhang2, *W. Huo2 (1Shaanxi University of
Science and Technology, China, 2Northwest Institute for Non-ferrous
Metal Research, China, 3Xi'an University of Technology, China)

Fabrication of the Tube-shaped SUS316L Gas Filter with
the Double Layered Pore Structures by Wet Powder
Spraying Process
M.-J. Lee1,2, H.-J. Kim1, D.-H. Kang3, *J.-Y. Yun1 (1Nano Materials
Research Division, Korea Institute of Materials Science, Korea,
2
Department of Materials Science and Engineering, Pusan National
University, Korea, 3ASFLOW Co.Ltd, Korea)

T16: Magnetic Materials
15P-T16-01

15P-T21-05

Carbon-Based Oxygen Carriers and Boric Acid as
Precursors for In Situ Electrical Insulation of an Iron
Powder-Based Soft Magnetic Composite

Selective Gas Detection via Exsolution of Catalytic
Nanoparticles in Chemiresistive Gas Sensors
J. Lee, *Y. K. Jeong (Korea Institute of Industrial Technology, Korea)*L. L. Evangelista, A. I. R. Filho, L. E. Machado, G. Hammes, V. Drago,
A. N. Klein, C. Binder (Federal University of Santa Catarina, Brazil)

15P-T21-07
15P-T16-02

Strain Analysis of Thermoelectric Materials Using Highresolution Synchrotron X-ray Diﬀraction Data

Temperature Dependence of Magnetostrctive Propertiesof Cu0.6Co0.4Fe2O4 and CoFe2O4 below Room Temperature

H. Nakasawa1, T. Shobu2, A. Tominaga2, *M. Fujii1, H. Mstsumoto1,
M. Matsuda1, T. Shimada1, V. Trivedi3, M. Tachibana3, N. Tsujii3, T. Mori3(1Proterial, Ltd. Global Research and Innovative Technology Center,
Japan, 2Materials Science Research Center, Japan Atomic Energy
Agency, Japan, 3Research Center for Materials Nanoarchitectonics,
National Institute for Materials Science, Japan)*S. Kosugi1, M. Hisamatsu1, Y. Ohishi1, H. Muta1, S. Seino1,
T. Nakagawa1, S. Fujieda2 (1Graduate School of Engineering, Osaka
University, Japan, 2Institute for Advanced Materials Research andDevelopment, Shimane University, Japan)
15P-T16-03

Relationship between Crystal Structure andMagnetostrictive Properties of Cu0.8Co0.2Fe2O4

15P-T21-08

Eﬀect of Mn-Sb Additive on Sinterability of Yb0.3Co4Sb12
Skutterudite Thermoelectric Materials*M. Hisamatsu , S. Kosugi , S. Seino , T. Nakagawa , S. Fujieda(1Graduate School of Engineering, Osaka University, Japan, 2Institutefor Advanced Materials Research and Development, Shimane
University, Japan)
1

1

1

1

2

*M. Matsuda1,3, Y. Kamitani2, T. Shimada1, Y. Ohishi3, H. Muta3(1Proterial, Ltd., Japan, 2Proterial, Ltd., Japan, 3Graduate School ofEngineering, Osaka University, Japan)

T17: Composite/Hybrid Materials
15P-T17-01

Enhancement of Bioactivity of Zr-50Ti Alloys throughSulfuric Acid Treatment Followed by Modified Simulated
Body Fluid Treatment*Y. Wu, S. Takai, T. Yabutsuka (Kyoto University, Japan)

Te c h n i c a l P r o g r a m

15P-T17-03

Fabrication of Boron Carbide Composite Material Using
Reaction Boronizing Sintering for Thermoelectrics*K. Matsumoto, D. Yoshida, K. Fujita, S. Maruyama (Tokyo City
University, Japan)
15P-T17-04

Microstructural and Thermoelectric Properties of Heattreated Al2O3 Doped BiSbTe Alloy*J. Ha, V. Rathinam, E. Go, S. Hong (Kongju National University, Korea)
32

Congress & Exhibition Guide

Wednesday, 16 October 2024

Room A
T7: AM Sinter Based Technologies

Oral Session

Chairpersons:
Kimihiro Ozaki (National Institute of Advanced
Industrial Science and Technology (AIST), Japan)
Sebastian Boris Hein (Fraunhofer Institute IFAM,
Germany)

9:40-10:20

Chairpersons:
Yukinori Taniguchi (National Institute of Technology,
Nara College, Japan)
Kazunari Shinagawa (Kyushu University, Japan)

14:20-14:40

16A-T7-21

Eﬀect of Shot Peening and Its Parameters on Surface
Quality, Microstructure and Hardness of 316L StainlessSteel Fabricated by Material Extrusion Additive
Manufacturing

9:40-10:00

16A-T7-13

Digital Twin of the Manufacturing Route from Powder
Production to Components by Metal Binder Jetting*S. Songkuea, N. Parsompech, C. Suwanpreecha, A. Manonukul(National Sciences and Technology Development Agency (NSTDA),
Thailand)*Y. Deng1,2, Z. Sang2, M. Zhou1, A. Kaletsch1,2, C. Broeckmann1,2(1Institute of Applied Powder Metallurgy and Ceramics (IAPK) at
RWTH Aachen e. V., Germany, 2RWTH Aachen University, Institute forMaterials Applications in Mechanical Engineering, Germany)

14:40-15:00

16A-T7-22

10:00-10:20

Evaluation and Optimization of Process Stability for
Piston-based Material Extrusion with MIM Feedstock

16A-T7-15

In-situ Density Prediction in Metal Binder Jetting Using
Powder Bed Imaging*L. Hermans1, R. Karberg1, L. Waalkes1, I. Kelbassa2 (1Fraunhofer IAPT,
Germany, 2Institute for Industrialization of Smart Materials (ISM),
Hamburg University of Technology TUHH, Germany)*L. Waalkes, K. Janzen, P. Imgrund (Fraunhofer IAPT, Germany)

Room A
T7: AM Sinter Based Technologies

15:00-15:20

10:35-11:35

16A-T7-23

Microstructure, Mechanical and Corrosion Properties of
17-4PH Stainless Steels Manufactured via Metal Material
Extrusion Additive Manufacturing

Chairpersons:Takashi Itoh (Nagoya University, Japan)
Masashi Fujinaga (JPMA Adviser, Japan)*K.-A. Lee1, Y.-H. Cho1, S.-Y. Park1, J.-Y. Yun2, J. Y. Kim3 (1Inha University,
Korea, 2Korea Institute of Materials Science, Korea, 3Reprothech,
Korea)

10:35-10:55

16A-T7-16

15:20-15:40

Aluminum Powder with Superior Sinterability under
Non-pressure Process

16A-T7-24

Microstructure and Mechanical Properties of M2 Highspeed Steel Fabricated by Fused Filament Fabrication

K. Kobayashi1, Y. Hirayama2, Z. Liu2, K. Takagi2, *J. Kato1, K. Okada1(1Mitsubishi Materials Corporation, Japan, 2National Institute ofAdvanced Industrial Science and Technology, Japan)*C. Wang2, Q. Pan2, W. Mai3, B. He2, C. Ou1, Q. Shi2, Z. Liu1, J. Peng1(1School of Materials Science and Engineering, Shanghai University,
China, 2Shanghai Dianji University, China, 3Raise 3D Technologies,
Inc., China)

10:55-11:15

16A-T7-17

Densification of Metal BJT Parts with Fine Grains Coatedwith Fine Powder

15:40-16:00

16A-T7-25*K. Kariya , T. Osada , J. Saruta , S. Kobayashi ( Tokyo Metropolitan
University, Japan, 2ASK Chemicals Japan Co., Ltd., Japan)
1

1

1,2

1 1

Eﬀect of B Addition on Density and Properties in
316L Stainless Steel Manufactured by Filament-BasedMaterial Extrusion Additive Manufacturing

11:15-11:35

16A-T7-18*C. Suwanpreecha, A. Sakkaeo, N. Parsompech, S. Songkuea,
A. Manonukul (National Metal and Materials Technology Center(MTEC), National Sciences and Technology Development Agency(NSTDA), Thailand)Electrostatically Design of Composite Particles forEﬃcient Ceramics Sintering*K. Fujishiro, G. Kawamura, A. Matsuda, W. K. Tan, H. Muto (Toyohashi
University of Technology, Japan)

33

Te c h n i c a l P r o g r a m

Room A
T7: AM Sinter Based Technologies

14:20-16:00

Congress & Exhibition Guide

Room A
T7: AM Sinter Based Technologies

16:10-17:30

Room B
T6: AM Beam Based Technologies

Chairpersons:
Toru Shimizu (Tokyo Denki University, Japan)
Toshiko Osada (Tokyo Metropolitan University, Japan)

10:30-11:30

Chairpersons:Weiwei Zhou (Tohoku University, Japan)
Suyalatu Suyalatu (NTT Data XAM Technologies
Corporation, Japan)

16:10-16:30

16A-T7-26

10:30-10:50

Debinding, A Key Stage in the Manufacture of Inconel
718 Parts by Metal Binder Jetting

16B-T6-32

Tantalum Processing Development for Medical
Applications Insights from Relationship of Thermal
Processes and Mechanical Properties by LMM-based AM
and MIM*A. Schnell1,2, C. Colin1 (1Mines Paris Université PSL MAT - Centre desMateriaux, France, 2JPB SYSTÈME, France)
16:30-16:50

Y. Watanabe1,2, *M. Tange1,3, Y. Kanaya1,2, H. Okuyama1, S. Tanaka1(1Micro MIM Japan Holdings Inc., Japan, 2Taisei Kogyo Co., Ltd.,
Japan, 3Taisei Kogyo (Thailand) Co., Ltd., Thailand)

16A-T7-27

Binder Jetting - Influence of Processing Atmospheres on
Sintering Anisotropy of 17-4 PH Stainless Steel

10:50-11:10*K. Zissel1,2, S. Dubiez-Le Goff2, U. Khan2, E. Hryha1 (1Chalmers
University of Technology, Department of Industrial and Materials
Science, Sweden, 2Linde GmbH, Germany)

16B-T6-34

Advancing Tungsten LPBF with Pyrometry: Assessing
Parameter Stability Using Dimensionless Numbers andPyrometric Data

16:50-17:10

16A-T7-28*J. Stajkovic1, M. Kahl1, L. Kaserer1, J. Braun1, B. Distl2,
B. Mayr-Schmölzer2, G. Leichtfried1 (1Faculty of Engineering Sciences,
Department of Mechatronics, Materials Science, University of
Innsbruck, Austria, 2Plansee SE, Austria)

Properties of Thermosetting Urethane Acrylate Binder
for Metal Binder Jet Additive Manufacturing*J. Saruta1,2, T. Osada2, S. Kobayashi2 (1ASK Chemicals Japan, Japan,
2
Tokyo Metropolitan University, Japan)

11:10-11:30

17:10-17:30

16B-T6-36

16A-T7-29

Influence of Heterogeneous Microstructure on Strengthof Aluminum Bronze Fabricated by Laser Powder Bed
FusionOptimization of Debinding and Sintering in Metal
Freeforming with the ARBURG Freeformer by Variationof Process Parameters and Part Design*N. Krischke, B. Wagner, S. Yazgan, S. Schabel, J. Fleischer (Karlsruhe
Institute of Technology - wbk Institute of Production Science,
Germany)*K. Imai1, Y. Sugitani1, S. Matsumoto1, Y. Shimpo1, H. Kyogoku2(1FUKUDA Metal Foil & Powder Co., Ltd., Japan, 2Kindai University
Fundamental Technology for Next Generation Research Institute,Japan)

Room B
T6: AM Beam Based Technologies

Room B
14:00-15:30
T5: Field Assisted Sintering Technologies

9:20-10:00

Chairpersons:Shota Kariya (JWRI, Osaka University, Japan)
Takahiro Kimura (Osaka Research Institute of Industrial
Science and Technology, Japan)

Chairpersons:
Koji Morita (National Institute for Materials Science,
Japan)
Baptiste Mathey (SINTERMAT, France)

9:20-9:40

14:00-14:30

16B-T6-28

16B-T5-01 [KEYNOTE]

Influences of Diﬀerent Additives on Laser-Based
Additive Manufacturing of Pure Aluminum

From Understanding Flash Sintering Mechanisms to
Realizing Ultrafast Sintering without Electric Fields andCreating Graded Microstructures with Electric Fields*Z. Zhou, W. Zhou, N. Nomura (Tohoku University, Japan)

Te c h n i c a l P r o g r a m*J. Luo (University of California San Diego, USA)

9:40-10:00

14:30-14:50

16B-T6-30

16B-T5-02

Comparison of the Behaviour of an Al-Fe-Ce Alloy by
Powder Metallurgy and by PBF-LB/M

Towards Innovation in Sintering and Forming of Oxide
Ceramics by a Strong Electric Field/Current-assisted
Techniques*N. Arcieri , D. Manfredi , M. Actis Grande ( Department ofApplied Science and Technology (DISAT), Politecnico di Torino, Italy,2
Istituto Italiano di Tecnologia (IIT), Center for Sustainable Future
Technologies CSFT@Polito, Italy, 3Department of Applied Scienceand Technology (DISAT), Politecnico di Torino, Italy)
1

1,2

3 1

*H. Yoshida1, K. A. B. Shariffuddin1, K. Nambu2,3, H. Masuda1,
K. Morita2,3, T. Yamamoto4 (1The University of Tokyo, Japan, 2Kyushu
University, Japan, 3National Institute for Materials Science, Japan,
4
Nagoya University, Japan)
34

Congress & Exhibition Guide

Room C
9:00-10:05
SIS6: Industrial Application of Functional
Materials

14:50-15:10

16B-T5-03

Preparation of Plate-type Permanent Magnets by
Electrically Heated Powder Rolling*J. Kim1, K. Takagi1, A. S. Suzuki2, M. Nozaki2, T. Toda3, D. Takahashi3(1National Institute of Advanced Industrial Science and Technology(AIST), Japan, 2S. S. Alloy Co., Ltd., Japan, 3Youth Engineering Co., Ltd.,
Japan)

Chairpersons:
Yukiko Ozaki (Osaka University/Kyushu University,
Japan)
Katsuyoshi Kondoh (Osaka University, Japan)

15:10-15:30

9:00-9:25

16B-T5-04

16C-SIS6-01 [SPECIAL INVITED]

Understanding the Influence of Thermal Gradientsduring Large-Scale FAST/SPS on Final Microstructure
after Secondary Hot Rolling of Ti-5Al-5V-5Mo-3Cr (FASTroll)

Development of New Powder Magnetic Core Technology
to Achieve Miniaturization and High Performance ofReactors for Electric Vehicles*S. Lister, J. Pepper, W. Pulfrey, M. Jackson (Department of Materials
Science and Engineering, University of Sheffield, UK)*S. Saigusa1, M. Suzuki1, K. Ishii1, M. Ohtsubo2, N. Iwata1, T. Ogawa3,
S. Ohira4, T. Hattori2 (1TOYOTA MOTOR CORPORATION, Japan,
2
TOYOTA CENTRAL R&D LABS., INC, Japan, 3Daido Steel Co. Ltd.,
Japan, 4FINE SINTER CO., LTD., Japan)

Room B
16:10-17:30
T5: Field Assisted Sintering Technologies

9:25-9:45

16C-SIS6-02

Chairpersons:
Hidehiro Yoshida (The University of Tokyo, Japan)
Jian Luo (University of California San Diego, USA)

Additive Manufacturing of High-eﬃcient Monolithic
Fe6.5Si Electric Sheet Stacks*K. Reuter1, T. Simon1, I. Lindemann-Geipel1, T. Mix1, T. Studnitzky1,
C. Zhong1, T. Weissgärber1,2 (1Fraunhofer Institute for Manufacturing
Technology and Advanced Materials IFAM, Germany, 2TUD Dresden
University of Technology, Faculty Mechanical Engineering, Instituteof Material Science, Chair Powder Metallurgy, Germany)

16:10-16:30

16B-T5-06

Fabrication and Mechanical Properties of Textured
Ti3SiC2 by Slip Casting in a Strong Magnetic Field
Followed by Spark Plasma Sintering

9:45-10:05

16C-SIS6-03

Y. Sakka1, K. Sato1, H. Hirano1,2, T. Ishigaki2, T. S. Suzuki1, *K. Morita1(1National Institute for Materials Science, Japan, 2Hosei University,
Japan)

Application of Warm Isostatic Pressing to Densificationof All Solid-State Composite Cathode Electrodes in All
Solid-State Lithium-Ion Batteries

16:30-16:50*K. Hayashi1, T. Mori2, K. Fukuda2, H. Ito3, Y. Manabe3 (1Kobe Steel,Ltd., Japan, 2Kobelco Research Institute, Inc., Japan, 3Kobe Steel, Ltd.,
Japan)

16B-T5-07

Observing the Impact of Electric Current Percolation in
Ti-6Al-4V Powders during FAST/SPS Processing with XCTAnalysis

Room C
10:30-11:55
SIS7: Powder Design for Industrial Application*J. Pepper, L. Scotti, M. Jackson (University of Sheffield, UK)

Chairpersons:
Yuko Matsukawa (Nagoya University, Japan)
Paula Alvaredo (Universidad Carlos III de Madrid, Spain)

16:50-17:10

16B-T5-08

Towards Mass Production of Metal Matrix Composites by
Hybrid-SPS Technology

10:30-10:55

F. Naimi, *B. Mathey, M. Ariane (Sintermat®, France)

16C-SIS7-01 [SPECIAL INVITED]

17:10-17:30

Development of Aluminum Bronze Powder for Powder
Metallurgy

16B-T5-09*K. Morita1,2, J.-H. Lee1,3 (1National Institute for Materials Science,
Japan, 2Kyushu University, Japan, 3Korea Institute of Materials
Science (KIMS), Korea)

10:55-11:15

16C-SIS7-02

Anodization of Ti-Ni Alloy Pallets Formed by Powder
Metallurgy
N. Alias1, T. Z. Wei1, N. Mirzakhani1, Z. Hussain1, W. K. Tan2,
G. Kawamura3, A. Matsuda3, *Z. Lockman1 (1Green Electronics
Oxide nanoMaterials Group (GEM), School of Materials and Mineral
Resources Engineering, Universiti Sains Malaysia, Malaysia, 2Instituteof Liberal Arts & Sciences, Toyohashi University of Technology,
Japan, 3Department of Electrical and Electronic Information
Engineering, Toyohashi University of Technology, Japan)
35

Te c h n i c a l P r o g r a m*S. Masuoka, S. Shinohara, Y. Shimpo (Fukuda Metal Foil & Power Co.,
Ltd., Japan)

Eﬀect of Electric Field/Current on Sintering Behavior of
Yttria during SPS Processing

Congress & Exhibition Guide

Room C
T11: Tribology in PM

11:15-11:35

16C-SIS7-03

Achieving Excellent Dispersion Properties and Interfacial
Strengthening in Biodegradable HA@GO/Zn-2Cu
Matrix Composites via the Combination of Hetero
Agglomeration Method and In-situ Growth Strategy

15:30-16:30

Chairpersons:
Yukiko Ozaki (Osaka University/Kyushu University,
Japan)
Wai Kian Tan (Toyohashi University of Technology,
Japan)*Z. Li1, Y. Lin1, X. Wang2, D. Liu3, X. Sun4 (1School of Materials
Science and Engineering, Tianjin University of Technology,
China, 2Department of Materials Processing, Graduate School ofEngineering,Tohoku University, Japan, 3Tianjin Key Laboratory
for Photoelectric Materials and Devices, China, 4National
Demonstration Center for Experimental Function Materials
Education, Tianjin University of Technology, China)

15:30-15:50

16C-T11-05

Surface Roughness Evaluation with Using White LightInterferometry
K. Kato1,2, Y. Akiyama1,3, H. Fukamachi1,4, K. Matsuda1,5, T. Mouri1,6,
A. Aoki1,7, Y. Ozaki1,8, Y. Takeda1, *Y. Anezaki1,3 (1Japan Powder
Metallurgy Association, Japan, 2Diamet Corporation, Japan,
3
Sumitomo Electric Sintered Alloy, Ltd., Japan, 4Fine Sinter co.,ltd., Japan, 5Porite Corporation, Japan, 6NTN Advanced Material
Corporation, Japan, 7NPR-RIKEN CORPORATION, Japan, 8Osaka
University, Japan)

11:35-11:55

16C-SIS7-04

A Novel in situ Wetting Method to Develop
Biodegradable Ag+Fe2O3@GO/Zn Biocomposites with
Ameliorated Interfacial Properties and Substantial
Antibacterial Activity*Y. Lin1, Z. Li1, X. Wang1,2, D. Liu3, X. Sun4 (1School of Materials
Science and Engineering, Tianjin University of Technology,
China, 2Department of Materials Processing, Graduate School ofEngineering, Tohoku University, Japan, 3Tianjin Key Laboratory
for Photoelectric Materials and Devices, China, 4National
Demonstration Center for Experimental Function Materials
Education, Tianjin University of Technology, China)

15:50-16:10

16C-T11-06

Scale-up of a Self-Lubricating Composite Connecting
Rod Produced by Powder Metallurgy in a Pilot Plant*A. I. Ramos Filho, G. Hammes, R. Binder, C. Binder, A. N. Klein(Federal University of Santa Catarina, Brazil)
16:10-16:30

Room C
14:00-15:30
T11: High Profile Automotive Component
Technology

16C-T11-07

Improvement of Mechanical Properties of CoCrMo Alloys
through Microstructure Engineering Using Powder
Metallurgy

Chairpersons:Shufeng Li, Xin Zhang (Xi'an University of Technology,
China)

L. García de la Cruz1, *P. Alvaredo1, J. M. Torralba1,2, M. Campos1(1Universidad Carlos III de Madrid, Spain, 2IMDEA Materiales, Spain)

14:00-14:30

Room C
16:30-18:10
T11: PM Technologies to Support Future Society

16C-T11-01 [KEYNOTE]

Mass Production of High Accuracy and Thin-Wall Productfor Electric VVT

Chairpersons:Xin Zhang (Xi'an University of Technology, China)
Kay Reuter (Fraunhofer IFAM Dresden, Germany)*T. Sako (Fine Sinter Co., Ltd., Japan)
14:30-14:50

16C-T11-02

16:30-16:50

16C-T11-08

Surface Densified PM Gear Applied in E-axle Gearbox*B. Gu , Z. Mao , R. Zhao , X. Xu , Z. Chen ( Höganäs China Co., Ltd,
China, 2NBTM New Materials Group Co. Ltd, China)

Recent Advances in the Biomedical Field with the
Lithography-based Metal Manufacturing Process

14:50-15:10

G. Harakaly, S. Cano Cano, J. Bosters, C. Sperling, D. Moedder,*G. Mitteramskogler (Incus GmbH, Austria)

1

2

2

1

1 1

16C-T11-03

16:50-17:10

Te c h n i c a l P r o g r a mStressability of PM-Gears under Consideration of Local
Porosity

16C-T11-09*G. Hellenbrand, D. Mevissen, J. Brimmers, C. Brecher (Laboratory for
Machine Tools and Production Engineering (WZL) of RWTH-Aachen
University, Germany)

Exploring Surface Roughness Eﬀects on Spray
Performance in Metal Additive Manufactured Fuel
Injectors for Gas Turbine Applications

15:10-15:30*E. Tuneskog1, K.-J. Nogenmyr2, D. Moëll2, M. Gullberg3, L. Nyborg1(1Chalmers University of Technology, Sweden, 2Siemens Energy AB,
Sweden, 3RISE AB, Sweden)

16C-T11-04

Development of PM Parking Support Parts*Y. Honda, T. Hazama, K. Yoshida, D. Harimoto (Sumitomo Electric
Sintered Alloy, Ltd., Japan)

36

Congress & Exhibition Guide

17:10-17:30

10:50-11:10

16C-T11-10

16D-SIS11-05

Novel Lightweight Design of Additively Manufactured
Structural Components through Biomimetics

Withdrawn*T. Röver, T. Sievers, K. Asami, C. Emmelmann (Hamburg University ofTechnology, Institute of Laser and Systems Technology, Germany)

11:10-11:30

16D-SIS11-06

17:30-17:50

Fabrication of Tilted Mg2Si/Ni Multilayer Composite
Modules Using Polylactic Acid Resin Molds and
Evaluation of the Thermoelectric Power Generation
Performance

16C-T11-11

Eﬀect of Post-HIP Heat Treatments on theMicrostructural Evolution of High Temperature Ni-based
Superalloy*T. Kusumoto1, Y. Kurokawa1,2, N. Usami1,2,3, T. Itoh1 (1Department ofMaterials Process Engineering, Graduate School of Engineering,
Nagoya University, Japan, 2Institutes of Innovation for Future
Society, Nagoya University, Japan, 3Institute of Materials andSystems for Sustainability, Nagoya University, Japan)*M. Aristizabal, U. Galech, I. Iturriza (Ceit-BRTA and Tecnun(Universidad de Navarra), Spain)
17:50-18:10

16C-T11-12

11:30-11:50

Application of Convolutional Neural Networks in DefectDetection System for Powder Metallurgy Small Gears

16D-SIS11-07

Fabrication of Bi2Te3-based Bulk ThermoelectricMaterials by a Powder Extrusion Technique*C.-H. Liu , S.-H. Su , Z.-P. Chen ( Chin Chih Metal Industrial CO., LTD.,
Taiwan, 2Brilliant Knowbot Machines CO., LTD., Taiwan)
1

2 1

Room D
SIS11: Energy Materials

Z. Wang1, *Z. Chen2 (1University of Science and Technology Beijing,
China, 2Tottori University, Japan)

9:00-10:10

Room D
T18: Non-oxide Materials

Chairpersons:
Zhongchun Chen (Tottori University, Japan)
Katsuhisa Tanaka (Kyoto University, Japan)

Chairpersons:
Yoshiyuki Sugahara (Waseda University, Japan)
Tetsuo Uchikoshi (National Institute for Materials
Science, Japan)

9:00-9:30

16D-SIS11-01 [KEYNOTE]

Materials and Reactions in Solid-State Battery

14:20-14:40*R. Kanno (Tokyo Institute of Technology, Japan)

16D-T18-02

Enhancing Performance of Metal-Bonded Diamond
Grinding Wheels for Machining Cemented Carbides
through Graphite and Chromium Additions

9:30-9:50

16D-SIS11-02

Composition Dependencies of Positive Electrode
Properties and Local Structures of Li1+xNbxFe1-2xO2 with a
Disordered Rocksalt Structure

B. Denkena, B. Bergmann, *R. Lang (Institute of Production
Engineering and Machine Tools, Germany)*N. Kitamura, R. Kure, C. Ishibashi, Y. Idemoto (Tokyo University of
Science, Japan)

14:40-15:00

16D-T18-03

Niobium Carbide-Reinforced Ferrous Matrix Composites:
An In Situ Powder Metallurgy Approach

9:50-10:10

16D-SIS11-03*I. S. Deschamps1, D. D. S. Avila2, E. V. Piazera1, A. N. Klein1(1Universidade Federal de Santa Catarina , Brazil, 2TU Delft,
Netherlands)

Fabrication of C12A7 Particles for Ion Storage
Application*M. Inada, K. Takiishi (Kyushu University, Japan)

Room D
SIS11: Energy Materials

14:20-15:40

15:00-15:20

10:25-11:50

16D-T18-04

Withdrawn

Chairpersons:
Naoto Kitamura (Tokyo University of Science, Japan)
Miki Inada (Kyushu University, Japan)
10:25-10:50

16D-SIS11-04 [SPECIAL INVITED]

Materials for High Energy Density Rechargeable
Batteries*K. Kanamura (Tokyo Metropolitan University, Japan)

37

Te c h n i c a l P r o g r a m

1

Congress & Exhibition Guide

Room ESIS14: DX in PM

15:20-15:40

16D-T18-05

Synthesis and Characterization of Nanostructured
Carbide and Nitride Catalysts by Clusters Route or Laser
Pyrolysis

Chairpersons:Susanne Norgren (Lund University/SANDVIK AB,
Sweden)Yoshio Sakka (NIMS, Japan)

G. Dubois1, C. Lagrost1, S. Surble2, P. Lonchambon2, S. Cordier1,
T. Uchikoshi3,4, N. Herlin Boime2, F. Tessier1, *F. Grasset3,4 (1Univ
Rennes, CNRS, ISCR, Institut des Sciences Chimiques de Rennes,
France, 2CEA, IRAMIS UMR NIMBE, Universite Paris Saclay, France,
3
CNRS-Saint-Gobain-NIMS, IRL3629, Laboratory for Innovative Key
Materials and Structures (LINK), NIMS, Japan, 4Research Center forElectronic and Optical Materials, National Institute for Materials
Science (NIMS), Japan)

Room D
T17: Composite/Hybrid Materials

9:00-10:00

9:00-9:30

16E-SIS14-01 [KEYNOTE]

Informatics Approaches to Materials Science andEngineering*I. Tanaka (Kyoto University, Japan, Japan Fine Ceramics Center,
Japan)

15:50-17:10

9:30-10:00

16E-SIS14-02 [KEYNOTE]

Chairpersons:
Masayoshi Fuji (Nagoya Institute of Technology, Japan)
Katsuhisa Tanaka (Kyoto University, Japan)

Material Informatics and DX Platform WAVEBASE*T. Shoji (Toyota Motor Corporation, Japan)

Room ESIS14: DX in PM

15:50-16:10

16D-T17-01

Eﬀect of Hot-forging Temperature on the Microstructure
and Thermal Conductivity of Copper/W-coated Diamond
Composites

10:15-11:25

Chairpersons:
Yoshio Sakka (NIMS, Japan)
Masaru Kawakami (Fuji Die Co., Ltd., Japan)

J. Ma, R. Torrens, L. Bolzoni, *F. Yang (Waikato University, New
Zealand)

10:15-10:40

16E-SIS14-03 [SPECIAL INVITED]

16:10-16:30

Challenges and Future of Combinatorial Powder
Material Exploration Technology in DX

16D-T17-02

Preparation of Carbon Fiber Dispersed Tool Steel
Composites Prepared by Spark Plasma Sintering and
Evaluation of Thermal Conductivity*K. Fujimoto (Tokyo University of Science, Japan)
10:40-11:05*G. Sasaki, N. Tani, K. Sugio (Hiroshima University, Japan)

16E-SIS14-04 [SPECIAL INVITED]

16:30-16:50

Digital Transformation in Powder Metallurgy -Applied to
Cemented Carbides

16D-T17-03*S. Norgren1,2,3, M. Lattemann3 (1Lund University, Sweden, 2Sandvik,
Sweden, 3Sandvik Coromant R&D, Sweden)

Surface Covering Eﬀects of Mg Alloys with Al2O3 Particle
Dispersed Mg Powders Using MM/SPS Method*L. Wen, S. Kawamori (Tamagawa University, Japan)

11:05-11:25

16:50-17:10

Data-driven Architectured Material Design for Additively
Manufactured Heat Sinks

16E-SIS14-05

16D-T17-04

Preparation, Microstructure, and Thermal Properties of
Aluminum/Carbon Composites*A. Suzuki, H. Nakatani, M. Kobashi (Nagoya University, Japan)*L.-F. Yi, T. Onda, Z.-C. Chen (Department of Mechanical andAerospace Engineering, Graduate School of Engineering, Tottori
University, Japan)

Room ESIS12: Carbon Neutrality (CN) in PM

14:00-15:15

Te c h n i c a l P r o g r a m

Chairpersons:Keiichi Ishihara (Institutional Advancement andCommunication, Kyoto University, Japan)
Janusz Kowalewski (Ipsen International, USA)
14:00-14:30

16E-SIS12-01 [KEYNOTE]

Empowering PM Technology for a Carbon-Neutral
Tomorrow*K. Halada (National Institute for Material Science, Japan)

38

Congress & Exhibition Guide

Room F
T12: Ferrous Materials

14:30-14:55

16E-SIS12-02 [SPECIAL INVITED]

Considerations and Solutions for Improving
Sustainability and Competitiveness of PM StructuralParts, Views in Europe and Japan

9:00-10:20

Chairpersons:
Hiroshi Fujiwara (Ritsumeikan University, Japan)
Kazuki Okada (Mitsubishi Materials Corporation, Japan)*Y. Takeda1, V. Arnhold2, V. Kruzhanov3 (1International PM Consultant,
Japan, 2PM Solutions, Germany, 3PM Consulting, Germany)

9:00-9:20

16F-T12-07

14:55-15:15

Mechanical Performance of Heat-Treated Lean Cralloyed PM Steel and Predicting its Hardenability
Requirements using Simulations

16E-SIS12-03

The Ideal Sintering Factory to Achieve Carbon Neutrality
in 2050*M. Vattur Sundaram, M. Andersson (Höganäs AB, Sweden)*K. Kato1,2, Y. Akiyama1,3, H. Fukamachi1,4, K. Matsuda1,5, T. Mouri1,6,
A. Aoki1,7, Y. Ozaki1,8, Y. Takeda1 (1Japan Powder Metallurgy
Association, Technical Committee for Sintered Mechanical Parts,
Japan, 2Diamet Corporation, Japan, 3Sumitomo Electric Sintered
Alloy, Ltd., Japan, 4Fine Sinter Co., Ltd., Japan, 5Porite Corporation,
Japan, 6NTN Advanced Materials Corporation, Japan, 7NPR-RIKENCORPORATION, Japan, 8Osaka University, Japan)

Room ESIS12: Carbon Neutrality (CN) in PM

9:20-9:40

16F-T12-08

Sintered Steels Containing Solid Lubricants: An
Alternative for Lubricated Systems*T. D. Andrioni, L. L. Evangelista, A. I. Ramos Filho, C. Binder,
A. N. Klein, D. Salvaro (Federal University of Santa Catarina, Brazil)

15:25-16:55

9:40-10:00

16F-T12-09

Chairpersons:Keiichi Ishihara (Institutional Advancement andCommunication, Kyoto University, Japan)
Yoshinobu Takeda (International PM Consultant, Japan)

Sustainable Hybrid Alloyed PM Steels*R. de Oro Calderon1, M. Hojati1, A. Dvrak1, S. Geroldinger1,
H. Danninger1, C. Gierl-Mayer1, R. Hellein2 (1Institute of Chemical
Technologies and Analytics, TU Wien, Austria, 2MIBA Sinter Austria,
Austria)

15:25-15:50

16E-SIS12-04 [SPECIAL INVITED]

10:00-10:20

Development of High-Performance Axial Flux Motors
and Sustainable Soft Magnetic Composite Cores thatWill Contribute to a Carbon-Neutral Society

16F-T12-10*T. Ueno, K. Izumiya, Y. Hirao, T. Saitou, M. Eida (Sumitomo Electric
Sintered Alloy, Ltd., Japan)*A. Hansen, P. Knutsson, A. Ahlin (Höganäs AB, Sweden)

Mix Solution Providing Excellent Fillability and HighApparent Density to Improve Compaction Performance

Room F
T12: Ferrous Materials

15:50-16:15

16E-SIS12-05 [SPECIAL INVITED]

10:35-11:55*N. Yoshimura (Chugai Ro Co., Ltd., Japan)

Chairpersons:Yuichi Shimakawa, Kyoto University, Japan)
Norimitsu Hirose (Höganäs Japan K. K., Japan)

16:15-16:35

10:35-10:55

Energy-Saving and Decarbonization Initiatives for Heat
Treatment Furnaces

16E-SIS12-06

16F-T12-11

Foundations and Innovations in Sintering Automation
Control: Multidimensional Capacity Optimization and
Visual Positioning

Tempering Eﬀect on Cr Containing Low Alloy Steel after
Sintering*N. Hirose (Höganäs Japan K. K., Japan)*Y. Wang , H.-H. Hsiao , J.-F. Dang , K.-J. Wang ( National Taiwan
University of Science and Technology, Taiwan, 2Auroral Sinter Metals
CO, LTD, Taiwan)

10:55-11:15

16:35-16:55

Chromium Low Alloy Steel Powder for High Performance
Applications

1,2

1

1 1

16F-T12-12

16E-SIS12-07*J. Campbell Tremblay1, M. Nie2, C. Labrecque1 (1Rio Tinto Metal
Powders, Canada, 2Rio Tinto Suzhou, China)

Advanced Vacuum Carburizing System for Powder Metal
Parts & Components*J. Kowalewski (Ipsen International, USA)39

Te c h n i c a l P r o g r a m

1,2

Congress & Exhibition Guide

11:15-11:35

15:30-15:50

16F-T12-13

16F-SIS9-05

Eﬀect of Microstructure on Activation Energy for High
Temperature Deformation of SUS316L Austenitic
Stainless SteelA Consideration of Relation between Transverse Rapture
Strength and Size of Fracture Origin*M. Kawakami1,2 (1Fujidie Co., ltd, Japan, 2Tohoku University, Japan)*S. Suzuki , M. Kawabata , H. Fujiwara , K. Ameyama ( Graduate
school, Ritsumeikan University, Japan, 2Ritsumeikan Global
Innovation Research Organization, Japan, 3College of Science andEngineering Ritsumeikan University, Japan)
1

2

3

3 1

Room F
T15: Hard Materials

Chairpersons:
Hiroyuki Nakayama (National Institute of Advanced
Industrial Science and Technology, Japan)
Sota Terasaka (Japan Fine Ceramics Center, Japan)

11:35-11:55

16F-T12-14

Impact of C, Cr, and Si in Mn-Based Master Alloys on
Microstructure and Mechanical Properties of LowAlloyed Sintered Steels

16:00-16:30

16F-T15-01 [KEYNOTE]*I.-A. Fernández Perucho , L. Cordova , M. A. Jabbari Taleghani ,P. Alvaredo4, J. A. Calero1, M. Campos4, J. M. Torralba4,5 (1AMES PM
Tech Center, Spain, 2Universitat de Barcelona, Spain, 3Universidad
Politécnica de Madrid, Spain, 4Universidad Carlos III de Madrid,
Spain, 5IMDEA Materials Institute, Spain)
1,2

3,4

Room F
SIS9: Hard Materials

5

Microstructure Engineering to Improve the Performanceof Hardmetals*Z. Z. Fang (University of Utah, USA)
16:30-16:50

14:25-14:50

16F-T15-02

Mechanical and Cutting Properties of New Ultrafinegrained Cemented Carbide of WC-Ti(C,N)-Cr3C2-Co

Chairpersons:
Zhigang Zak Fang (University of Utah, USA)
Yasuki Kido (Sumitomo Electric Industries, Ltd., Japan)*M. Takada1, T. Tsutsumi1,2, S. Terasaka2,3, H. Matsubara2 (1Nippon
Tokushu Goukin Co., Ltd., Japan, 2Tohoku University, Japan, 3Japan
Fine Ceramics Center, Japan)

14:25-14:50

16:50-17:10

16F-SIS9-02 [SPECIAL INVITED]

16F-T15-03

Computer Simulation Study for Microstructural Designof Hard Materials

Tensile Strength of Ultrafine-Grained Cemented Carbide
Containing Ti(C,N)*S. Terasaka T. Kimura , H. Matsubara ( Japan Fine Ceramics
Center, Japan, 2Tohoku University, Japan)
1,21Room F
SIS9: Hard Materials

16:00-17:10

1,2 1*T. Tsutsumi1,2, M. Takada2, S. Terasaka2,3, N. Watanabe2, H. Matsubara2(1Nippon Tokushu Goukin Co.Ltd., Japan, 2Graduate School ofEnvironment Studies, Tohoku university, Japan, 3Japan Fine Ceramics
Center, Japan)

14:50-15:50

Room F
T15: Hard Materials

Chairpersons:
Yasuki Kido (Sumitomo Electric Industries, Ltd., Japan)
Zhigang Zak Fang (University of Utah, Japan)

17:10-18:10

Chairpersons:
Sota Terasaka (Japan Fine Ceramics Center, Japan)
Hiroyuki Nakayama (National Institute of Advanced
Industrial Science and Technology, Japan)

14:50-15:10

16F-SIS9-03

Liquid Phase Migration and Shape Distortion of WCCo Cemented Carbides during Sintering -The Eﬀect ofTemperature Gradient in Sintered Compacts during
Cooling-

17:10-17:30

16F-T15-04

Evaluation of Bonding Strength between WC Grains in
WC-Co and WC-VC-Co Cemented Carbides

Te c h n i c a l P r o g r a m*T. Saito1, H. Matsubara2, Y. Fukuichi1, T. Kajiwara1, H. Endo1,
S. Terasaka2,3 (1Kyoritsu Gokin Co., Ltd. , Japan, 2Tohoku University
Graduate School of Environmental Studies, Japan, 3Japan Fine
Ceramics Center, Japan)*Y. Kido, Y. Kimura, A. Paseuth, K. Okamura (Sumitomo ElectricIndustries, Ltd., Japan)
17:30-17:50

15:10-15:30

16F-T15-05

16F-SIS9-04

Erosive and Impact-abrasive Wear of Hardmetals with
Fe-based Binders

Ru-Containing Hardmetals: Experimental Studies andThermodynamic Calculations*M. Tarraste, M. Antonov, M. Kolnes, M. Viljus, A. H. Ormus (Tallinn
University of Technology, Estonia)*R. de Oro Calderon1, L. M. Dorner1, W.-D. Schubert1, R. Useldinger2(1Institute of Chemical Technologies and Analytics, TU Wien, Austria,
2
Ceratizit Luxembourg S. à r. l., Luxembourg)40

Congress & Exhibition Guide

17:50-18:10

Poster Session

16F-T15-06

Drilling Diamond Impregnated Bits Manufacutured by
Liquid Phase Sintering

3F Foyer
T6: AM Beam Based Technologies

C. Luno-Bilbao1,2, N. G. Polvorosa1,3, *I. Iturriza1,2 (1CEIT-BasqueResearch and Technology Alliance, Spain, 2University of Navarra,
Tecnun, , Spain, 3HILTI, Liechtenstein)

13:00-14:00

16P-T6-01

Modification of Direct Energy Deposited Mo Layer
on Austenitic Stainless Steels by Thermo-mechanical
Processing
D. Kim1, S. Lee1, S. Chun1, S. Song2, R. Kasada3, *S. Noh1 (1Pukyong
National University, Korea, 2Korea Institute of Materials Science,
Korea, 3Tohoku University, Japan)
16P-T6-02

Eﬀect of Preheating on Microstructure Evolution andCreep Properties of IN718 Processed by Laser Powder
Bed Fusion*H. T. Chowdhury1, K. Kakehi1, T. N. Palleda1, N. Kakuta1, S. Ishisako2(1Tokyo Metropolitan University, Japan, 2Aichi Sangyo CO., LTD,
Japan)
16P-T6-03

Microstructure and Mechanical Properties of IN718 Alloy
Depositedby Directed Energy Deposition*N. Sato1, T. N. Palleda1, K. Kakehi1, K. Gokan2 (1Tokyo Metropolitan
University, Japan, 2AeroEdge Co., Ltd., Japan)
16P-T6-09

Investigation of Microstructure and Mechanical
Properties of STS 316L Powder According to Humidity in
the DED Process*H. J. Kim, S. Jo, I.-S. Kim, S.-J. Hong (Kongju National University,
Korea)
16P-T6-11*S. Mino1, M. Okugawa1,2, T. Nakano1,2, Y. Koizumi1,2 (1Division ofMater. & Manufac Sci., Graduate School of Engineering, Osaka
University, Japan, 2Anisotropic Design & Additive Manufacturing
Research Center, Graduate School of Engineering, Osaka University,
Japan)
16P-T6-12

Investigating the Influence of AlSi10 Alloy Powder
Characteristics on the Directed Energy Deposition
Process*S.-J. Jo, G. Beak, E. Go, H. Kim, I. Kim, S.-J. Hong (Division ofAdvanced Materials Engineering, and Center for Advanced Materials
and Parts of Powders (CAMP2), Kongju National University, Korea)

41

Te c h n i c a l P r o g r a m

Raking and Fusing Behaviors during Fabrication ofMultiple-layers in Powder Bed Fusion: an Integrated
Discrete Element and Computational Thermal Fluid
Dynamics Study

Congress & Exhibition Guide

16P-T10-07

T7: AM Sinter Based Technologies

Preparation of Lepidocrocite and Maghemite by the
Addition of Calcite to Iron(II) Chloride Solutions*N. Arinobu1, R. Maki1, T. Ogawa2, T. Fujii3, Y. Kusano1 (1Okayama
University of Science, Japan, 2Tohoku University, Japan, 3Okayama
University, Japan)

16P-T7-01

Reduction of Sintering Distortion in Metal Binder
Jetting: Measuring Friction under Sintering Conditions*H. Blunk1, A. Seibel2 (1Fraunhofer Research Institution for
Additive Manufacturing Technologies IAPT, Germany, 2Institutefor Production Technology and Systems, Leuphana University
Lueneburg, Germany)

T14: High Temperature Materials
16P-T14-01

16P-T7-02

Eﬀect of Processing Route on Microstructure andMechanical Properties of FGH4097 PM Superalloy Disk

In-situ Synchrotron X-ray CT Observations for the Liquid
Phase Sintering of Aluminum Powder Using Al-Cu
Eutectic Alloy Agent*J. Bai, Y. Luo, J. Song, X. Zhao, Y. Lai, S. Li, Z. Qu (Xi'an Sino-Euro
Materials Technologies Co., Ltd., China)*E. Matsumoto1, R. Kusunoki1, A. Suzuki1, N. Takata1, M. Kobashi1,
Y. Ozaki2, M. Hoshino3, M. Uesugi3 (1Nagoya University, Japan,
2
Kyushu University, Japan, 3JASRI, Japan)

16P-T14-02

Fabrication and Tensile properties of Oxide Dispersion
Strengthened Stainless Steels Containing Gadolinium
Oxide for Neutron Absorbing Structural Applications

16P-T7-04

Development of FFF AM Process for Metallic Parts andFabrication of Lattice Structures*S. Kim, N. Kim, J. Lee, B. A. Kim, S. Noh (Pukyong National University,
Korea)*T. Shimizu, M. Hongo, H. Watari (Tokyo Denki Universsity, Japan)

16P-T14-04

Fabrication of the Liquid Phase Sintered Boron Carbide
Composites

T10: Other Processing*D. Yoshida, K. Matsumoto, K. Fujita, S. Maruyama (Tokyo-City
University, Japan)

16P-T10-01

Enhancing Mechanical and Thermal Shock Resistance
Properties of W/W-10Cu Joints through a Novel Preoxidation Treatment and Infiltration Method

16P-T14-05

Fabrication for Transition Metal Diborides Using Spark
Plasma Sintering Method

D. Xu1, R. Zhou1, K. Fu1, P. Chen1,2,3, Q. Xu4, *J. Cheng1,2,3 (1School ofMaterials Science and Engineering, Hefei University of Technology,
China, 2Research Center for Powder Metallurgy Engineering andTechnology of Anhui Province, China, 3Engineering Research Centerof High-Performance Copper Alloy Materials and Processing,
Ministry of Education, China, 4Institute for Integrated Radiation and
Nuclear Science, Kyoto University, Japan)*H. Momose1, T. Ichikawa1, A. Momozawa1, S. Maruyama1, R. Telle2(1Tokyo City Unuversity, Japan, 2RWTH Aachen University, Germany)
16P-T14-06

Exploring Microstructural Properties, Phase
Transformations, and Wettability in High-Chromium
Content Iron-bonded Ti(C,N)-based Cermet

16P-T10-02

Tailoring Zirconia Ceramic Lattice Structures with
Controlled Porosity via NanoParticle Jetting

Te c h n i c a l P r o g r a m*H. Lin, H. Guo, H. Tang (Hangzhou City University, China)*T. H. Pampori1, M. Kolnes1, K. Juhani1, M. Tarraste1, H. S. Maurya2,
J. Kübarsepp1 (1Tallinn University of Technology, Estonia, 2Luleå
University of Technology, Sweden)

16P-T10-03

16P-T14-09

Impact of Sintering Parameters on Sintering
Densification and Mechanical Properties of HighPerformance Powder Metallurgy (HPM) 17-4PH
Compacts

High-temperature Rheological Behavior andMicrostructure Evolution of Mo-12Si-8.5B Alloy
Reinforced by Layered Mo2TiAlC2 Phase*X. Lin, W. Zhang, X. Gao (Northwest Institute for Non-ferrous Metal
Research, China)

X.-L. Huang1, *H.-T. Wang1, T.-J. Yang2, Y.-P. Lan1, Y.-L. Fan3, G.-J. Shu1,2(1Department of Materials and Mineral Resources Engineering,
National Taipei University of Technology, Taiwan, 2Institute of Mineral
Resources Engineering, National Taipei University of Technology,
Taiwan, 3United Powder Technologies (UPT) Co., Ltd., Taiwan)

42

Congress & Exhibition Guide

T15: Hard Materials

T22: Other PM Materials

16P-T15-02

16P-T22-01

Eﬀect of Al Addition on Properties of FeB-Ni Hard
Materials

Preparation and Microstructure of Bluish Glass*S. Murase1, A. Kaminaga2, H. Uenishi3, R. Maki1, T. Fujii4, M. Takano5,
Y. Kusano1 (1Okayama University of Science, Japan, 2Glass IMECA,
Japan, 3Shigaraki Ceramic Research Institute, Japan, 4Okayama
University, Japan, 5Research Institute for Production Development,
Japan)*Y. Guo1, K. Matsugi1, Y. Choi1, Z. Xu2, J. Yu2 (1Hiroshima University,
Japan, 2Yanshan University, China)
16P-T15-03

Formation Mechanisms in SPSed TiC-Ti3SiC2 Composites
by Elementally Powders Method

16P-T22-02

Microstructure and Formation Mechanism of Ocherous
Goma on Traditional Japanese Bizen Stoneware*J. Qu1, K. Matsugi1, Y. Choi1, Z. Xu2, J. Yu2 (1Hiroshima University,
Japan, 2Yanshan University, China)*S. Naka, R. Maki, Y. Kusano (Okayama University of Science, Japan)

16P-T15-04

16P-T22-04

Microstructure and Strength of Ni-TiB2 Composites
Containing TiB2 Diﬀerent Powder Sizes

Development of Evaporation-driven Energy Harvesting
Device Applying Electrospun Nanofiber Mat with Carbon
Black Powders*Q. Li , K. Matsugi , Y. Choi , Z. Xu , J. Yu ( Hiroshima University,
Japan, 2Yanshan University, China)
1

1

1

2

2 1

*Y. Kwon1,2, D. Bui-Vinh2, S.-H. Lee1, S. H. Baek1, J. Yun1, H.-W. Lee1,
H. Lee2, D.-W. Jeong1 (1Korea Institute of Industrial Technology,
Korea, 2Inha University, Korea)

16P-T15-05

Robustness Analysis of a Constitutive Model for
Cemented Carbide Sintering*L. Rosenblad1, H. Staf1,2, H. Larsson1, P.-L. Larsson1 (1KTH RoyalInstitute of Technology, Sweden, 2Sandvik Coromant, Sweden)

T23: Carbon Neutrality (CN) in PM
16P-T23-01

16P-T15-06

Characteristics of Eco-Friendly Moisture-Induced
Electrical Power Generators Using Recyclable Paper

Eﬀects of WC Grain Size and Composition of WC-Co
Cemented Carbides on
Tensile Fatigue Properties*H.-W. Lee1,2, S.-H. Lee1, J. Yun1, S. H. Baek1, Y. Kwon1, K.-R. Park1,
Y. Song1, B. S. Kim1, H. Hwang2, D.-W. Jeong1 (1Korea National
Institute of Rare Metals, Korea Institute of Industrial Technology,
Korea, 2Department of Materials Science and Engineering Inha
University, Korea)*R. Sato1, K. Horie1, T. Fujii1, M. Kawakami1,2, T. Saito1 (1Fuji Die Co.Ltd.,
Japan, 2Tohoku University, Japan)
16P-T15-07

Eﬀects of Mechanical Ball Milling and Calcination on the
Mechanical Properties of Mo2NiB2-Ni cermets

T24: Circular Economy and Sustainability in PM*S. Kawasumi, S. Ichijo, Y. Harada, E. Takahashi, R. Sato, S. Maruyama(Tokyo City University, Japan)

16P-T24-01

16P-T15-08

Nano-micro Hardness of the Mo2NiB2-Ni Cermets*H.-J. Lai, H.-K. Chen, T.-S. Chen, C.-W. Yuch, W.-T. Hsiao, M.-S. Leu(Industrial Technology Research Institute, Taiwan)*S. Ichijo1, Y. Harada1, E. Takahashi1, T. Hirano1, R. Maki2, S. Maruyama1(1Tokyo City University, Japan, 2Okayama University of Science,
Japan)

16P-T24-02

A Study of the Properties of Ion-selective Membranes asa Function of Calcination Temperature*S. H. Baek1,2, S.-H. Lee1, J. Yun1, H.-W. Lee1, Y. Kwon1, K.-R. Park1,
Y. Song1, B. S. Kim1, H. Hwang2, D.-W. Jeong1 (1Korea Institute ofIndustrial Technology, Korea, 2Inha University, Korea)

43

Te c h n i c a l P r o g r a m

Gas Atomized Nickel-based Alloy Powders from
Recycled Casting Scraps and Remanufacturing ofIN713LC Castings

Congress & Exhibition Guide

Thursday, 17 October 2024

Room C
T4: Hot Isostatic Pressing

Oral Session
Room C
T4: Hot Isostatic Pressing

10:50-11:30

Chairpersons:
Masahiro Onoi (Metal Technology Co. Ltd., Japan)
Itaru Masuoka (Kobe Steel Ltd, Japan)

9:00-10:40

Chairpersons:
Yukinori Taniguchi (National Institute of Technology,
Nara College, Japan)
James Shipley (Quintus Technologies AB, Sweden)

10:50-11:10

9:00-9:20*C. Broeckmann1,2, A. Kaletsch1,2, Y. Deng1,2 (1RWTH Aachen
University, Institute for Materials Applications in MechanicalEngineering, Germany, 2Institute of Applied Powder Metallurgy andCeramics (IAPK) at RWTH Aachen e. V., Germany)

17C-T4-07

Simulation-based Manufacturing of Complex Shaped
Near-net-shape Components by Hot Isostatic Pressing
with Integrated Rapid Cooling

17C-T4-01

Process Exploration of Preparing Large-Sized Uniformly
Composed Mo Alloy Sputtering Target via Hot Isostatic
Pressing

11:10-11:30*Z. Wu, L. Che, P. Tang, J. He, Z. Lv, X. Li (CISRI HIPEX Technology Co.,
Ltd., China)

17C-T4-10

Latest in Hot Isostatic Pressing for Advanced Ceramics

9:20-9:40*A. Magnusson1, J. Shipley1, M. Karlsson2, C. Beamer3 (1Quintus
Technologies AB, Sweden, 2Quintus Technologies CO Ltd, Japan,
3
Quintus Technologies LLC, USA)

17C-T4-02

The Role of Hot Isostatic Pressing in Future Energy
Systems

Room D
T17: Composite/Hybrid Materials*J. Shipley1, A. Magnusson1, R. Thunholm1, M. Karlsson2, C. Beamer3(1Quintus Technologies AB, Sweden, 2Quintus Technologies, Japan,
3
Quintus Technologies LLC, USA)

9:00-10:00

Chairpersons:
Gen Sasaki (Hiroshima University, Japan)
Shufeng Li (Xi'an University of Technology, China)

9:40-10:00

17C-T4-03

Fully Coupled and Eﬃcient Simulation of a Hot Isostatic
Pressing Furnace with Components

9:00-9:20

Y. Liu1, Z. Yan1, Z. Lv2, *J. Li2, W. Qi2, A. Eklund2 (1Simtec Soft Sweden
AB, Sweden, 2CISRI-HIPEX TECHNOLOGY CO., LTD, China)

PEEM of Skutterudite-Based Thermoelectric Material

17D-T17-07*M. Fujii1, T. Ohkochi2,3, H. Nakasawa1, M. Matsuda1, H. Matsumoto1,
T. Shimada1 (1Proterial, Ltd, Japan, 2University of Hyogo, Japan,
3
Japan Synchrotron Radiation Research Institute, Japan)

10:00-10:20

17C-T4-04

Capillary Performance of Bi-porous Al Fabricated Using
Space Holders with Diﬀerent Sizes

9:20-9:40*H. Shen, A. Suzuki, N. Takata, M. Kobashi (Nagoya University, Japan)

A Theoretical Framework for Design and Validation of In
situ Composite Manufacturing Techniques

17D-T17-08

10:20-10:40*I. S. Deschamps1, D. D. S. Avila2, E. V. Piazera1, R. D. Cruz3,4, C. Aguilar5,
A. N. Klein1 (1Federal University of Santa Catarina, Brazil, 2TU Delft,
Netherlands, 3Caxias do Sul University, Brazil, 4Hercílio Randon
Institute, Brazil, 5Federico Santa Maria Téchnical University, Chile)

17C-T4-05

On the Material Properties of a Large PM+HIP
Component for Application in Nuclear Power Plants*L. Lemarquis1, T. de Terris2, L. de Baglion1, L. Millot1, Y. Shen2,
M. Hajjaj3, N. Boudebza2 (1Framatome SAS, France, 2EDF R & D,
France, 3EDF Direction Industrielle, France)

9:40-10:00

17D-T17-09

Te c h n i c a l P r o g r a m

In-Situ/In-Operando Approach for Topology
Optimization of Structural Components by Means ofThermal Imaging, Thermal Analysis and CT Scan
A. Lim1,2,3, P. Pathak3,4, V. Selvamanickam1,3,4,5,*F. C. Robles Hernandez1,2,3,5 (1College of Engineering, Technology
Division, University of Houston, USA, 2Department of Electrical &Computer Engineering, University of Houston, USA, 3Advanced
Manufacturing Institute, University of Houston, USA, 4Texas Center
for Superconductivity, University of Houston, USA, 5Materials
Science and Engineering, University of Houston, USA)44

Congress & Exhibition Guide

Room E
T9: Innovative Technology

9:00-10:40

9:20-9:40

17F-T15-08

Eﬀect of TiC Content on the Microstructure andMechanical Properties of TiC/Fe Matrix Composites
Fabricated by Spark Plasma Sintering

Chairpersons:Kenji Doi (Osaka Yakin Kogyo Co., Ltd., Japan)
Anchalee Manonukul (National Metal and Materials
Technology Center, Thailand)*C. Wang1, Y. Li1, W. Zhang1, T. Zhao1, H. Du1,2 (1Beihang University,
China, 2Beijing Spacecrafts, China)

9:00-9:20

9:40-10:00

17E-T9-01

17F-T15-09

Development and Application of Micro-metal Injection
Molding (μ-MIM) Process for Mass Production ofComplex Micro Parts

Powder Metallurgy Processing of TiC-FeCrMo Cermets:
Sintering and Thermal Treatments
J. Navarrete-Cuadrado1,2, T. Soria-Biurrun1,2, L. Lozada-Cabezas1,2,
N. Isasti1,2, F. Ibarreta-Lopez3, R. Martinez-Pampliega3,*J. M. M. Sanchez-Moreno1,2 (1CEIT-BRTA, Spain, 2Universidad deNavarra, Spain, 3FMD CARBIDE, Fabricacion Metales Duros, S.A.L.,
Spain)*L. Chen1, T. Li2 (1Dou Yee Technologies, Singapore, 2Singapore
Institute of Manufacturing Technology, Singapore)
9:20-9:40

17E-T9-02

Development of a Novel Mixed-Powder Powder
Metallurgy (MPM) Process

Room F
T15: Hard Materials

H.-T. Wang1, *T.-J. Yang2, Y.-L. Fan3, G.-J. Shu1,2 (1Department ofMaterials and Mineral Resources Engineering, National Taipei
University of Technology, Taiwan, 2Institute of Mineral Resources
Engineering, National Taipei University of Technology, Taiwan,
3
United Powder Technologies (UPT) Co., Ltd., Taiwan)

10:10-10:50

Chairpersons:
Masaru Kawakami (Fuji Die Co., Ltd., Japan)
Raquel de Oro Calderon (TU Wien, Austria)
10:10-10:30

9:40-10:00

17F-T15-10

17E-T9-03

Substitution Eﬀects on the Crystal Structure and NanoMicro Hardness of the Mo2NiB2-Ni Cermets

Withdrawn*S. Maruyama1, S. Ichijo1, Y. Harada1, E. Takahashi1, T. Hirano1, R. Maki2(1Tokyo City University, Japan, 2Okayama University of Science,
Japan)

10:00-10:20

17E-T9-04

10:30-10:50

Withdrawn

17F-T15-11

Eﬀect of Feedstock Nature and Cladding Parameters on
In-Situ Synthesis of TiC during PTA Cladding

10:20-10:40

17E-T9-05*S. Yöyler, A. Surženkov, M. Viljus, K. Juhani (Tallinn University ofTechnology, Estonia)16P-T10-05

Exploration of Steam Oxide in Powder Metallurgy Using
Image Recognition*P.-Y. Wang1,2, J.-Y. Fu1, Y.-W. Chen1, T.-J. Zeng1, C.-Y. Lien2, F.-N. Lee3,
C.-W. Huang1 (1Feng Chia University, Taiwan, 2Auroral Sinter Metals
CO, LTD, Taiwan, 3Brillant Knowbot Machines Co. Ltd., Taiwan)

Room F
T15: Hard Materials

9:00-10:00

9:00-9:20

17F-T15-07

Fabrication of Bulk High-Temperature δ-MoC Phase by
Mechanical Alloying and Subsequent Pulsed Current
Sintering, and Investigation of Its Several Properties*H. Nakayama (National Institute of Advanced Industrial Scienceand Technology, Japan)

45▲ Back to Contents

Te c h n i c a l P r o g r a m

Chairpersons:Keiichi Tsuda (Sumitomo Electric Hardmetal Corp.,
Japan)
Takeshi Saito (Kyoritsu Gokin Co., Ltd., Japan)

Congress & Exhibition Guide

Poster Session Layout

Poster Layout

46▲ Back to Contents

Congress & Exhibition Guide■

Exhibition

Date

Venue

Monday, October 14, 10:00–18:00
Tuesday, October 15, 10:00–18:00
Wednesday, October 16, 10:00–17:00

Exhibition Hall A, Pacifico Yokohama (1F)

Entrance fee
Admission Free, but registration is necessary. *On-site Exhibition Registration will be available during the open hours above.
Additive Manufacturing
BGRIMM Advanced Materials Science & Technology Co., Ltd (BAMSTC)
Ipsen Co., Ltd.
LOTi Co., Ltd.
LSN Diffusion Ltd
Quintus Technologies
Raise3D
Japan 3D Printer Co.,Ltd
SUGIYAMA CO.,LTD.
Association
EPMA - European Powder Metallurgy Association
Metal Powder Industries Federation / APMI International
Components
CISRI HIPEX TECHNOLOGY CO., LTD.
DIAMET CORPORATIONFINE SINTER CO.,LTD.
Guangdong CINCY Intelligent Equipment Co., Ltd
Metal Technology Co. Ltd.
MTC Powder Solutions AB「NTN Advanced Materials Corporation
PORITE CORPORATION
Sumitomo Electric Industries,Ltd.
Verder Scientific Co.,Ltd.
Xi'an Sino-Euro Materials Technologies Co., Ltd「Distributor
ADTEC Engineering Co.,Ltd.
GASBARRE PRODUCTS, INC
Taiyo Wire Cloth Co.,Ltd
New Metals and Chemicals Corporation, Ltd.
Equipment
ALD Vacuum Technologies GmbHAMAZEMET
BluePower Casting and Powder Production Systems
DORST Technologies GmbH & Co. KG「Fluidtherm Design & Development P Ltd
Guangdong CFine Technology Co.,Ltd.
HEXAGON PRODUCT DEV PVT LTD
JTEKT Thermo Systems Corporation
KOBAYASHI INDUSTRY CO.,LTD.
Lauffer Pressen「MicrotracBEL Corp.
NINGBO HIPER TECHNOLOGIES CO., LTD.
Osterwalder Japan K.K.
SACMI Imola SC
SINTER LAND INC.
NJS Co.,Ltd
Sodick Co., Ltd
Tekna
Yangzhou Haili Precision Machinery Manufacturing Co., LTD
YAMAZAKI DENKI CO.,LTD.
Hard Materials
Jiangsu Mengda New Materials Technology Co., Ltd.
MIM Components
Huzhou Huijin Atomizing Science Co.,Ltd.
INDO-MIM Limited
Longding New Materials Technology Co., Ltd. in Yingtan City, China
Japanese Metal Injection Moulding
atect corporation
CASTEM CO.,LTD

IWAKI DIECAST Co.,Ltd.
JUKI AIZU CORPORATION
Nakahara Precision Co.,LTD.
NIPPON PISTON RING CO.,LTD.
Oriental Chain Mfg. Co., Ltd.
OSAKA Titanium technologies Co.,Ltd.
Osaka Yakin Kogyo Co., Ltd
PACIFIC SOWA CORPORATION
Repton Co.,Ltd./ Imae Industries,Ltd.
TAISEI KOGYO CO., LTD.
TEIBOW Co.,Ltd
TOKO TSUSHO CORPORATION
Raw Materials
Asahi Kasei Corp.
DAIDO STEEL CO., LTD
DOWA ELECTRONICS MATERIALS CO.,LTD.
EPSON ATMIX CORPORATIONEML (Eloi MateriaLs) Co., Ltd.
FUKUDA METAL FOIL & POWDER CO., LTD.
GKN(Bazhou)Metal Powder Co., Ltd
GRIPM Advanced Materials Co., Ltd.
Höganäs Japan K.K./ Höganäs AB
JFE Steel Corporation
JINCHUAN NICKEL AND COBALT CO.,LTD.
JIANGXI YUEAN ADVANCED MATERIALS CO.,LTD.
Jinzhou Hongda New Material Co., Ltd.
KOBE STEEL,LTD.
Kyhe Technology Co., Ltd
Kymera International
Makin Metal Powders
MITSUBISHI STEEL MFG.CO.,LTD.
MUTSUMI SPECIAL ALLOY INDUSTRY CO.,LTD.
Shanxi Xinsheng New Materials Co., Ltd
NOMURA TRADING Co., Ltd.
GGP Metalpowder AG
PolyMIM GmbH
Pometon Spa
POONGSAN HOLDINGS
Rio Tinto
Sandvik Additive Manufacturing
SIRUI ADVANCED COPPER ALLOY TECHNOLOGY (FUFENG) CO., LTD.
SLM Technology Private Limited
Steppe Metal Powder LLC
Tarun and Manish Sarda
Software
IDAJ Co., LTD.
Thermo-Calc Software「Testing」「High-Techon Rise Co., Ltd (Marktec Corporation)」
Tooling
DA CHEN MOLDGF Machining Solutions Ltd.
Jiangxi Ningheda New Material Co., Ltd.
NIIGATA SEIMITSU Co.,Ltd
ProGrit GmbH
Other
Inovar Communications Ltd(Metal AM Magazine | PIM International | PM Review)
47

Exhibition

Exhibitors

Congress & Exhibition Guide

Floor Map
[Exhibition Hall A]

BluePower Casting
and Powder Production
Systems

HEXAGONPRODUCTDEV PVTMUTSUMI SPECIAL
ALLOY INDUSTRY

2-17
Kyhe
Tech
2-16

1-16
EPMA European Powder
Metallurgy Association

2-15
Sumitomo
Electric
Industries

1-15
Metal Powder
Industries Federation

3-11
MARKTEC

3-14

3-10
ThermoCalc Software

3-13
IDAJ

2-20
2-19
NTN
Advanced
Materials
2-18
FINE
SINTER

3-08
DIAMET

出展者セミナー
Seminar Room
（80
seats）
（80席）

4-20
4-18
DA CHEN
Quintus
MOLD
Technologies
4-17
4-19
NiigataMetalseimitsu Technology

3-12
PORITE

1-14

5-17
MicrotracBEL
5-16

VerderScientific

InovarCommunications
3-07
Japanese Metal
Injection Moulding
2-12
SACMI
IMOLA

1-13
ProGritYangzhou 1-12
Haili Precision
Machinery MFG
1-11
CISRI HIPEXTECHNOLOGYOSAKA Titanium technologies
atect
2-14
OsterwalderJapan

CASTEMORIENTAL CHAIN MFG
TEIBOWIWAKI DIECAST
TAISEI KOGYO
Osaka Yakin Kogyo
TOKO TSUSHOJUKI AIZUPACIFIC SOWANIPPON PISTON RING
Nakahara Precision
Repton2-11
LaufferPressen
2-13
2-10
Dorst
ADTEC
Technologies Engineering
2-09
Kobayashi
Industry

1-10
EML(Eloi MateriaLs)

4-16
5-15
4-12 NINGBO HIPER
Guangdong
TECHNOLOGIESINDO-MIM
CFine Technology

4-11
Sodick4-15
SINTER
LAND

4-14
Jiangxi
Ningheda
4-10
ASAHIKASEI New Material

4-09
FLUIDTHERM

4-13
Taiyo
Wire Cloth

1-05

2-05
Raise3D
2-04
Tekna

2-08
AMAZEMET

3-03
MITSUBISHISTEEL MFG

2-07

SIRUI ADVANCED COPPER
ALLOY TECHNOLOGY(FUFENG) CO., LTD.

2-03
Sandvik Additive 2-06
Manufacturing
EPSON
2-02 ATMIX
HuZhouHuijin Atomizing
Science

3-02
FUKUDA METALFOIL & POWDERJIANSU MENGDA NEW
MATERIALS TECHNOLOGY CO., LTD

1-04
Yingtan Longding
New Materials Technology
1-03
Makin Metal
Powders
1-02
GRIPM
Advanced Materials

5-11
YAMAZAKI
DENKI
5-10
Ipsen

JTEKT
Thermo Systems

1-08
SUGIYAMA

Sichuan 1-06
Yinhe Chemical

5-12
ALD Vacuum
Technologies

5-09

1-09
GF Machining
Solutions

1-07
LSN Diffusion

5-13
Guangdong CINCYIntelligent
Equipment Co., Ltd

4-05
4-08
5-08
SARDA
METAL POWDERS New Metals BGRIMM Advanced
and Chemicals Materials Science&
4-04
Corporation
Technology
SteppeMetal Powder
5-07
NOMURA
4-07
3-05
TRADING
4-03
POONGSAN
PometonHOLDINGS
Rio
Tinto 4-06
3-04
5-06
DOWA
SLM
KymeraELECTRONICSTECHNOLOGYInternational
MATERIALS
PRIVAT
5-05
LOTi
3-06
DAIDO
STEEL

3-01
Hoganas Japan

2-01
KOBE STEEL.

1-01
PolyMIM

4-02
GKN(Bazhou)
Metal Powder

4-01
JFE Steel

Exhibition

48

5-04
JIANGXI YUEANADVANCED MATERIALS
5-03
Jinzhou Hongda
New Material
5-02
Xi'an Sino-Euro
Materials Technologies
5-01
Jinchuan Group
Nickel and Cobalt
Co.,Ltd

49

Congress & Exhibition Guide

5-08

Additive Manufacturing

BGRIMM Advanced Materials Science & Technology Co., Ltd (BAMSTC)BGRIMM Advanced Materials Science & Technology Co., Ltd, (BAMSTC) is a new and high technology enterprisethat affiliated to Beijing General Research Institute of Mining and Metallurgy (BGRIMM), a large scientificand technological enterprise directly under Chinese central government. Incorporated by BGRIMM’s two
subsidiaries, the Metal Materials Institute and Beijing Tungsten and Molybdenum Materials Factory, BAMSTC
was found in November 2011 with 100 million RMB register capitals.
We provide five categories of products and services, including thermal spray materials, metal powders,tungsten molybdenum refractory materials, coating processing, technology consulting and training in thesefields. Over 60 years experience in developing and manufacturing thermal spray materials and tungsten
molybdenum refractory materials has forged our authority in these fields. By introducing international
advanced powder manufacturing technology and our strength on research, we are able to provide thermal
spraying powders with high quality. Our products are guaranteed by numbers of advanced research andmanufacture equipments as well as the comprehensive detection system.

BGRIMM Advanced Materials
Science & Technology Co.,Ltd (BAMSTC)
No. 5 Fusheng Road, Shahe
Town, Changping District,
Beijing, China
Phone: +86 10 58915115
Web: www.bamstc.com

5-10

Additive Manufacturing

Ipsen Co., Ltd.
Ipsen is a leading company for Heat treating furnace industry with both of Vacuum and Atmospheretechnology since 1948.
Ipsen is supporting not only for a new equipment selling, but also customer process and after maintenanceservice as well. Ipsen has deep expertise as limitedness innovation, such as more than 10,000 unites furnace inthe market, 87,000+ stocked component, 100+ patent, 600+ employee who cover worldwide regions by local
entities, US / Germany / India / China, and Japan.
Today we Ipsen introduces DS furnaces engineered for the additive manufacturing market, specifically for the
debinding and sintering process. Our range of furnace models accommodates various part sizes in small orlarge batches. Equipped with an in-line filter system for collecting binder material, DS furnaces reduce the steps
needed to debind and sinter AM parts and do not require the use of harsh chemicals to attain clean results.
Please contact us whatever you want to know or get support for the technology.

Ipsen Co., Ltd.
2-3-2 Yasuda, Tsurumi-ku,
Osaka city, Osaka
Phone: 06-7506-9705
Web: https://ipsenglobal.com/

5-05

Additive Manufacturing

LOTi Co., Ltd.
LOTi Co., Ltd. (Low Oxygen Titanium: LOTi) is a start-up company founded in January 2021 by a professor
from Jeonbuk National University in Korea. Our company specializes in deoxidation and surface modification
technologies that improve the flowability of titanium alloy powder for additive manufacturing. With ourcutting-edge technology, we are able to reduce oxygen levels in the powder and enhance its reusability andrequalification. This enables us to contribute to a more sustainable manufacturing process and reduce waste
in the industry. Remarkable properties of our titanium alloy powder stands for Low-Oxygen High-Flowability
Titanium Alloy Powder. First, our powder has very low oxygen content, which means it has a low surface
oxide layer and low internal oxygen content. These features lead to improved sintered density and increased
elongation after 3D printing process.
The second feature is very high flowability. These powder characteristics increase efficiency by improving
powder supply and spreadability for the 3D printing process. Finally, our powder is the only hydrophobic surface
powder in the world. These characteristics suggests highly oxidation resistance and easy to handle and store.

LOTi Co., Ltd.
85, Wonsindeok-gil, Wansan-gu,
Jeonju-si, Jeonbuk-do, Republicof Korea
Phone: +82-63-714-3990
Web: https://www.lotitanium.
com/en1-07

Additive Manufacturing

Exhibitor Information

LSN Diffusion Ltd

LSN Diffusion Ltd

LSN Diffusion Ltd is a specialist manufacturer of gas and water atomized nickel, cobalt and iron-based alloy
powders in a wide spectrum of particle size distributions. Sold worldwide, these high alloy atomized powders
are used by customers making high-tech components for industries as diverse as aerospace, automotive,
oil and gas extraction and processing, power generation, dentistry, hollow ware glass and heat recovery
equipment production. The powders are applied in Surface Engineering, High Temperature Brazing, 3D or
Additive Manufacturing and Hot Isostatic Pressing. Developing and customising alloys for specific applications
is a core strength of our technical team with more than 450 years’ combined experience in the industry.
Located in a 10,000 m² (100,000 ft²) modern factory building, LSN Diffusion boasts state of the art powder
atomizing and laboratory facilities. The team includes experienced and younger professionals in metallurgy,
engineering and business, drawn from around the world, all with a background in high alloy nickel and cobalt
alloys. LSN Diffusion sells and provides technical support worldwide directly and through partner companies
located in all major industrial areas.

Cilyrychen Industrial Estate
Llandybie, Ammanford
United Kingdom
SA18 3GY

50

Phone: +44 (0) 2921 303200
Web: https://lsndiffusion.com/

Congress & Exhibition Guide

4-20

Additive Manufacturing

Quintus Technologies
Quintus Technologies is the global leader in high pressure technology. The company designs,
manufactures, installs, and supports high pressure systems in three main areas: densification ofadvanced materials, sheet metal forming and high pressure processing for food and beverageinnovation, safety, and shelf life. Quintus has delivered over 1,900 systems to customers within
industries from energy, medical implants, space, aerospace, automotive and food processing. The
company is headquartered in Västerås, Sweden, with a presence in 45 countries worldwide.

Quintus Technologies
SE-721 66 Västerås, Sweden
Phone: +46(0)21 32 70 00
Web: https://quintustechnologies.com/

2-05

Additive Manufacturing

Gold Sponsor

Raise3D

Raise3D is a world-leading 3D printing company that develops, produces and sells 3D printers, materials
and software. Raise3D’s success is rooted in 3D printing technology, empowering various industries andimplementing flexible manufacturing.
After years of development, Raise3D has built an ecosystem integrating "3D printing consultation, service andimplementation". Raise3D effectively helps customers actively and flexibly respond to changing global production
demands, providing 3D printing services and systematically delivering a wide array of 3D printing solutions.
Raise3D’s MetalFuse offers a complete solution in the form of an indirect metal 3D printing process. It consistsof the Forge1 3D printer, which is compatible with third-party MIM processes, the D-200E debinding furnaceand the S200-C sintering furnace, paired with a special edition of Raise3D’s ideaMaker software, integratingcomplete process templates. With this solution, MetalFuse’s advantages include low overhead costs and theability to perform batch production. MetalFuse is more energy efficient and is more environmentally friendly
compared to peer products and even other technologies, such as selective laser melting.

Raise3D
Floor 13 A5, 1688 North
Guoquan Road, Yangpu
District, Shanghai, China
Phone: +86 400 6367 888
Web: https://www.raise3d.
com/

Co-Exhibitor

Japan 3D Printer Co.,Ltd
We have extensive experience in research and sales of various 3D printing technologies over the years.
Beyond the features of the machines, we consider our knowledge, derived from practical experience, onmaterial characteristics for various 3D printing methods (from resin to metal) and expertise in 3D data
redesign for AM (Additive Manufacturing) technology, as our valuable competitive advantage.

Japan 3D Printer Co.,Ltd

Japan 3D Printer Co., Ltd. is capable of offering total solutions, including assistance in selecting 3D
printers, material consultation for 3D printing, 3D data redesign for 3D printers, installation and training.
Since our establishment a decade ago, we have successfully introduced our solutions to over 5,500
corporate clients and more than 450 educational and research institutions. We have a wide range ofachievements in diverse industries, such as automotive, electronics, medical, aerospace, space, andproduct design.

Phone: 03 3520 8928

1F CROSS DOCK HARUMI 7-4,
Harumi 4, Chuo-ku, Tokyo,
Japan
Web: https://3dprinter.co.jp/

SUGIYAMA CO.,LTD.
We will introduce our system (Cold Metal fusion), which is a fusion of MIM and AM and overcomesthe problems of conventional metal (Additive Manufacturing), as well as our products.
We are the only company in Asia that is working on this system(as of January 2024), and we will sellmaterials and manufacture products using this system.

SUGIYAMA CO.,LTD.
Kazutomi 5-13, Kisosaki-CHO,
Kuwana-Gun, MIE, 498-0823,
JAPAN
Phone: +81567-68-7077
Web: http://www.forgingsugiyama.com/

51

Exhibitor Information

1-08

Additive ManufacturingCongress & Exhibition Guide

1-16

Association

EPMA - European Powder Metallurgy Association
The EPMA was formed in Brussels in 1989; the European Powder Metallurgy Association has three
key missions –• Promoting PM Technology• Representing the European PM Industry• Developing the PM Future

EPMA - European Powder
Metallurgy Association

The EPMA serves all types of member organisations, from component producers, metal powder
manufacturers, equipment producers through to end-users, research centres, universities andindividuals who have an interest in Powder Metallurgy.

Web: https:// www.epma.com

1 avenue du General de Gaulle,
60500, Chantilly, France
Phone: +33 (0)787 777 848

1-15

Association

Metal Powder Industries Federation / APMI International
MPIF is an international federation of related trade associations representing companies engaged
in various aspects of the powder metallurgy and particulate materials industries.

Metal Powder Industries
Federation / APMI International

MPIF is a global leader in the development of standards; professional development seminars;
industry publications; and the annual PowderMet and AMPM conferences.

105 College Road East, Princeton,
New Jersey, 08540 United States

APMI International is a worldwide technical society for professionals interested in powder
metallurgy and particulate materials technology. APMI publishes the quarterly International
Journal of Powder Metallurgy; annual Who’s who in PM Directory; and offers the industry’s only PM
Technologist certification program.

Phone: 1-609-452-7700
Web: www.mpif.org

MPIF and APMI will host WorldPM2026, June 25–29, 2026 in Montreal, Canada. (www.WorldPM2026.org)

1-11

Components

CISRI HIPEX TECHNOLOGY CO., LTD.
HIPEX is a leading Hot Isostatic Pressing (HIP) platform and an advanced Hot Isostatic Press
manufacturer in China. It has 4 HIP service centers in Beijing, Zhenjiang, Qingdao, and Weinan,equipped with 17 HIP units (from D80*120mm to D1850*3500mm) to offer HIP treating services
publicly, including densification, diffusion bonding, NNS powder metallurgy, and technical support.
All HIP equipment is designed and manufactured by the HIPEX team with full intellectual property.

CISRI HIPEX TECHNOLOGYCO., LTD.
76 Xueyuan South Road,
Haidian District, Beijing, PRC.
Phone: +86 13621052846
Web: www.hipex.cn

3-08Components

Exhibitor Information

Platinum Sponsor

DIAMET CORPORATION

Diamet offers powder metallurgy and sintered products for automobile parts. Since 1944, Diamet
has created cutting-edge products from advanced technology to offer overwhelming production
efficiency. In addition, we proactively venture into new technological fields, and we are also
focusing on the development and manufacture of energy-saving technologies and environmentallyfriendly products for all industries. Sintered machine parts and oil-impregnated sintered bearings,
furthermore, we can provide soft magnetic cores(SMC) that are compatible with the compact sizeand high efficiency of motors and inverters, and we are proceeding with the development of SMC.

52

DIAMET CORPORATION
3-1-1 Kogane-cho, Higashi-ku,
Niigata-shi, Niigata 950-8640
Japan
Phone: +81-25-275-0111
Web: https://www.diamet.co.jp

Congress & Exhibition Guide

Components

FINE SINTER CO.,LTD.

Platinum Sponsor

Japanese Metal Injection Moulding
Booth Sponsor

FINE SINTER CO., LTD. is a pioneer company in powder metallurgy in Japan with a history of 75
years. We established our headquarters in Aichi Prefecture, which is flourishing in the automobile
industry, and have five factories in Japan. We also have established a global supply system withfactories in Thailand, USA, China, and Indonesia.
At our exhibition booth, we are displaying our main products: high-precision and high-strength
automotive parts, railway parts that put powder metallurgy characteristics to good use, also including
soft magnetic powder-made products which will be our next generation of main products. Furthermore,compact hydraulic motor pump equipment that contain sintered parts are also on display. We use
powder metallurgy to meet customer needs and contribute to a sustainable future.

2-18

FINE SINTER CO.,LTD.
1189-11 Nishinohora, Akechi-cho,Kasugai-city, Aichi-Prefecture,
480-0303, Japan
Phone: +81-568-88-4355
Web: https://www.fine-sinter.com

5-13

Components

Guangdong CINCY Intelligent Equipment Co., Ltd
Guangdong CINCY lntelligent Equipment Co.,ltd, was established in June 2005,deeply engaged in the field of powder
metallurgy mold and powder molding press for more than 10 years, the company with long-term strategic planning,to create cost-effective products, to create an industry legend of development. The company continues to growin march 2014,CINCY Industrial park was established in dongkeng town of Dongguan City as a production base insouth China, with a construction area of 52000㎡In January 2021,CINCY Industrial park will be established in Suzhou
as the production base in east China, and in June 2021, CINCY Industrial park will be established in Thailand as the
production base in southeast Asia. at present, CINCY is one of the manufacturers of powder metallurgy mould andpowder forming press with strong scale and strength in the world. Products are widely used in cemented carbide,
CNC blade, cutting tools, powder metallurgy, magnetic materials, inductance integrated molding, precision ceramics,
5Gfilter, pharmaceutical, carbon brush, cold heading, fasteners, injection molding, stamping molding, new energy,lithium battery, auto parts, precise fixture, 3C and other industries, The company’s customers are distributed all overthe country, and export to Japan, Southeast Asia, Europe and the United States and other countries or regions.

Guangdong CINCY Intelligent
Equipment Co., Ltd
523000, Cincy Industry Area,
FengDa Village, HengDong Rd,
DongKeng Town, DongGuan City,
China
Phone: +86-769-85447747-888 (Ext)
Web: http://www.cincy.com.cn

4-19

Components

Silver Sponsor

Metal Technology Co. Ltd.

Since 1960, Metal Technology Co. Ltd. has offered a variety of metal-related solutions. One of ourcore competencies is powder metallurgy using HIP: PM-HIP technology. Various advantages such as a
reduction in materials used, multiple material availability, the capability of producing complex shapes aswell as large components, and controlling the microstructure are realized from using HIP: PM-HIP.

Metal Technology Co. Ltd.

We operate the largest HIP furnace in the world and are one of only a hand full of companies capableof producing large HIP-near-net-shape components. Major applications are: sub-sea oil and gas fields,
aerospace, nuclear power, and chemical plants. These high value-added components cannot be easily
replaced due to the extreme conditions of their environments, as well as for parts where deterioration
due to welding is a problem.

Phone: +81-3-5365-3035

Harmony Tower 27F, 1-32-2
Honcho, Nakano-Ku, Tokyo,164-8721, JAPAN
Web: https://www.kinzoku.
co.jp/en.html

Discover how HIP-NNS is right for you. Let our experience and know-how provide the solutions you need.

MTC Powder Solutions AB
MTC Powder Solutions is a world-leading producer of near-net shape (NNS) products producedby hot isostatic pressing (HIP) and has supplied a variety of components utilized in challenging
projects throughout the world.

MTC Powder Solutions AB

As a company we have extensive experience working with critical components used in a variety
of demanding industries such as Oil and Gas, Chemical, Nuclear, and Power Generation. This
experience has resulted in a deep knowledge of various applications and a dedication to always
extend the boundaries on what is possible. This enables us to assist our customers in meeting thechallenges of today and achieving their goals of tomorrow.

Phone: +46 220 300 01

53

Returgatan 1, SE-735 31,
Surahammar, SWEDEN
Web: https://www.
mtcpowdersolutions.com/

Exhibitor Information

Co-Exhibitor

Congress & Exhibition Guide

2-19

Components

NTN Advanced Materials Corporation
NTN Advanced Materials Corporation, a subsidiary of the globally recognized NTN, specializes in producing sintered metal,engineering plastic, and magnetic parts for various applications, including automobiles and industrial machinery. Our
components are crafted with advanced molding techniques, ensuring the high quality and precision our customers expect.
Moreover, we also do some mold surface machining. Mold is one of the most important things our technology has inmanufacturing. Mold surface machining relied on “KKD” in Japanese “Keiken, Kan, Dokyou” which means experience,
intuition, and courage of skilled staff. Recognizing the importance of this, we continually seek to enhance our mold surface
machining processes. This time, we present significant improvements in mold surface machining. By optimizing machining
methods and conditions, we reduced surface machining time by 30% and extended tool bit life. Additionally, we implemented
communalized jig-fixing molds, transitioning tasks from KKD to machine work, resulting in substantial time savings andincreased process consistency.

NTN Advanced Materials
Corporation
101 Katsutaba, Kanieshinden,
Kanie-cho, Ama-gun, Aichi
Prefecture, Japan
Phone: 0567-96-7915
Web: https://www.ntn-amc.
com/english/

These advancements enhance our production efficiency, ensuring consistent high standards of quality, cost savings, andbetter resource utilization, contributing to more sustainable operations.

3-12

Components

Gold Sponsor

PORITE CORPORATION

We solve challenges such as thermal management, noise reduction, and miniaturization using
powder metallurgy.
For 70 years, we have been providing powder metallurgy-based mechanical components, oilimpregnated bearings, and Metal Injection Molding (MIM) products to users worldwide. We
propose material selection and near-net-shape solutions tailored to your needs, offering highprecision products at competitive costs using custom molds. Our global network, supported byoverseas locations, also accommodates local production and consumption. We are committed tocontributing to the advancement of future powder metallurgy products.

PORITE CORPORATION
4852-1, KOMURO, INA-MACHI,KITAADACHI-GUN, SAITAMAKEN, JAPAN, 362-0806
Phone: +81-48-615-9002
Web: https://www.porite.co.jp/

2-15

Components

Gold Sponsor

Sumitomo Electric Industries,Ltd.
Sumitomo Electric Industries, Ltd. started its sintering business back in 1948.

We established our mother factory of the sintering business in Okayama Prefecture, Japan in 1972,and sincethen we have expanded our business globally with 17 production plants in 10 countries.
The main products are structural parts such as VVT parts for engines, planetary gear carriers fortransmissions, and rotors for electric oil pumps.
Furthermore, we plan to expand business of products such as brazing material parts and composite material
parts for which new demand is expected in electric vehicles and various industrial fields in response to
global environmental conservation.
In addition to new functional materials, we will also develop functional parts including assembly products.
Sumitomo Electric Group will strive to realize “Living in safety and comfort on our green planet” withconstant efforts and our technologies.

Sumitomo ElectricIndustries,Ltd.
1-1-1, Koyakita, Itami-shi,Hyogo
664-0016, Japan
Phone: +81-72-771-0570
Web: https://sumitomoelectric.
com/jp/products/sintering

5-16

Components

Exhibitor Information

Bronze Sponsor

Verder Scientific Co.,Ltd.

Part of Verder Scientific the Carbolite Gero brand is synonymous with high quality, leading heattechnology inthe design and manufacture of laboratory and industrial ovens & furnaces ranging
from30 °C to 3000 °C which are sold globally to over 100 countries.

Verder Scientific Co.,Ltd.
Shimoto Building, 46-3,
1-chome, Hatsudai, Shibuyaku, Tokyo
Phone: +81 3 6276 0073
Web: https://www.carbolitegero.com

54

Congress & Exhibition Guide

5-02

Components

Xi'an Sino-Euro Materials Technologies Co., Ltd
Xi'an Sino-Euro Materials Technologies Co., Ltd (Sino-Euro), a subsidiary of Northwest Institutefor Non-ferrous Metal Research. Specializing in powder metallurgy, Prealloy Spherical SS-PREP®
Powder, and HIP service& components. Sino-Euro is committed to be a valued supplier, providing
high quality and reliable products to not only meet customer expectations but to exceed them.
Sino-Euro is committed to continuing the bleeding-edge powder metallurgy research.

Xi'an Sino-Euro Materials
Technologies Co., Ltd
No.45, 2ndFengcheng Road,
Xi'an, Shaanxi, China
Phone: +86 187 9194 1802
Web: www.c-semt.com

2-13

Distributor

ADTEC Engineering Co.,Ltd.
We are the exclusive distributor of Gasbarre Products, Inc. in Japan.

ADTEC Engineering Co.,Ltd.

They value partnerships with their customers and believe in providing the right machine for eachapplication.

Toranomon 2-chome Tower 8F,
2-3-17 Toranomon, Minato-ku,
Tokyo 105-0001, Japan

We offer start-to-finish equipment for the manufacture of parts in the powder metallurgy, technicalceramics, plastics, carbide, and refractory metals industries, from powder handling equipment tomolds, presses, furnaces, and finishing.

Phone: +81-3-6369-9805
Web: https://www.adtec.com/

Co-Exhibitor

GASBARRE PRODUCTS, INC
Gasbarre, headquartered in DuBois, PA, was founded in 1973 to design, manufacture, and service acomplete line of powder compaction and sizing presses for the powder metallurgy industry. Since
that time, Gasbarre has earned a worldwide reputation as a full service supplier to the powder
metallurgy, particulate materials and thermal processing industries. With over 200 employees
in seven locations, Gasbarre stands alone in the ability to offer equipment and services for all
applications related to powder compaction and thermal processing. Today, with 20% of Gasbarre
products being exported, there are thousands of Gasbarre presses, furnaces and other equipmentin operation all around the globe.

GASBARRE PRODUCTS, INC
590 Division St, Du Bois, PA 15801
USA
Phone: +1 814-371-3015
Web: https://www.gasbarre.com/

Gold Sponsor

Taiyo Wire Cloth Co.,Ltd

TWC aims to create new value with customers by using the latest technologies for the next
generation based on the unique technologies that we have cultivated over many years.
We are contributing to a wide range of industries in manufacturing lines, functional componentsof equipment that support social infrastructure, and other areas that do not involve the eyes ofcustomers.
TWC offer a variety of high-temperature mesh belts for various applications.

55

Taiyo Wire Cloth Co.,Ltd
1-11-7 MinamiSenba Chuo-ku,
Osaka Japan 542-0081
Phone: +81-6-6261-0851
Web: https://www.twc-net.com/

Exhibitor Information

4-13

Distributor

Congress & Exhibition Guide

4-08

Distributor

New Metals and Chemicals Corporation, Ltd.

New Metals and Chemicals
Corporation, Ltd.

We are trading company that specializes in raw materials for industry, especially metal powder suchas CIP, atomized powder and more.

Kyobashi TD Bldg. 2-5, 1-chome,
Kyobashi,Chuo-ku, Tokyo, 1040031 JAPANWe will propose products from various supplier in Japan and/or oversea according to customer's
demand.

Phone: +81-3-3231-8600
Web: https://www.newmetals.
co.jp/english.html

5-12

Equipment

ALD Vacuum Technologies GmbHALD Vacuum Technologies GmbH is the market and technology leader for vacuum inert gas atomizers usedin the production of high-quality metal powders. In addition, ALD has extensive experience in combining
various melting technologies with inert gas atomization systems to address particular material requirements.
The application-specific combination of melting and atomization techniques enables production of a wide
range of super-clean metal powders, including super-alloys, precious metals, refractory and reactive metal
powders. Our clients can choose between two main atomizer types, namely EIGA and VIGA, for charge weightsfrom 5 kg up to 2500 kg. Customized EIGA and VIGA design variations are available to meet customer specificrequirements.

ALD Vacuum Technologies
GmbH
Otto-von-Guericke-Platz 1,
63457 Hanau, GERMANY
Phone: +81 3 5961 3017
Web: www.ald-vt.com

Furthermore, ALD has developed the EBuild® 850 for the Electron beam Powder Bed Fusion (E-PBF) process on
an industrial scale. The world’s largest build volume and the highest beam power currently available in E-PBF
greatly expand the possibilities for new products and materials.

2-08

Equipment

Gold Sponsor

AMAZEMETAMAZEMET is a manufacturer of equipment for metal powder production, new alloy prototyping,and heat treatment. The main focus of the company is in the areas of new materials, R&D, andindustrialization. AMAZEMET supports universities and research facilities around the worldin creating additive manufacturing innovations. Delivering ultrasonic atomizers it enables its
customers to produce in-house highly spherical metal powders of custom alloying systems whileproviding compact high-vacuum furnaces allows customers to perform complex heat treatment
procedures maintaining perfect purity of the parts.

AMAZEMET
al. Jana Pawła II 27, 00-867
Warsaw, Poland
Phone: +48 573 481 303
Web: https://www.amazemet.
com/

3-14

Equipment

Exhibitor Information

BluePower Casting and Powder Production Systems
Innovative Solutions for Casting processes and Powder Production from a single source for your requirements
today and tomorrow.
We offer you a wide range of systems for casting processes with lost and permanent molds, for the productionof first-class semi-finished products, for recycling as well as for the production of high-quality metal powders.
Our AU-series atomizers are optimized for smaller batches and frequent changes of alloy or particle size
without cross-contamination and are characterized by short cycle times. You have the choice between
production capacities of 0.4, 1.5, 3.4, 12 and 25 liters. Depending on the version and crucible used, AU-seriessystems are suitable for alloys based on Cu, Au, Ag, Sn, Fe, Co, Ni, Pd, Pt and others such as Al (on request). Our
AC-series Air Classifiers are designed for the same purpose, the economical separation of metal powders intofine and coarse material, whereby the separation point can be defined almost arbitrarily.

56

BluePower Casting and
Powder Production Systems
Brettenerstrasse 32, 75045
Walzbachtal
Phone: +497203 9218 38
Web: www.bluepower-casting.
com

Congress & Exhibition Guide

2-10

Equipment

DORST Technologies GmbH & Co. KG
DORST Technologies is a leading international supplier of machinery and complete production systems for ceramic and powder
metallurgy components. The company specializes in raw material processing, forming and automation. DORST Technologies has indepth knowledge of the individual process steps and interactions involved in the manufacturing of various end products. Intelligent
system solutions from DORST Technologies are the result of decades of research and development and of intensive cooperation withcustomers and partners all over the world. Quality is part of an integrated approach at DORST Technologies. Customer satisfaction isparamount, but great importance is also placed on employees and suppliers. DORST Technologies continually strives to optimize theinteraction of all involved parties within the framework of a quality management system meeting ISO 9001 requirements. Quality
made by DORST Technologies means far more than good product quality. Initial consultation, order processing and excellent service
are all part of a concept aimed at satisfying the high demands of customers.Being a leader means being innovative. Being innovativemeans having high internal standards for research and development. DORST Technologies has always been at the heart of theindustrial development and application of many production processes in the ceramic and PM industries. At the DORST Technology
Center with integrated tool and mould manufacturing, process technological know-how is continuously being advanced.Customers
from a variety of industries are frequent visitors, as are competent partners who aid with specialized topics.

DORST Technologies GmbH& Co. KG
Mittenwalder Strasse 61, 82431
Kochel a. See, Germany
Phone: +49 8851 188 344
Web: https://www.dorst.de

4-09

Equipment

Gold Sponsor

Fluidtherm Design & Development P Ltd

WE RESEARCH THERMAL PROCESSES & MANUFACTURE INDUSTRIAL FURNACES
Fluidtherm, promoted in 1985, employs around 100 persons at its head office & works in Chennai,
India. Apart from the infrastructure & operating systems required to design, build, assemble, test &commission industrial furnaces for the powder metal industry, Fluidtherm also operates a versatilethermal processing & testing facility.
Customers who see the excellent quality of parts processed in Fluidtherm furnaces are driving
our growth in China, Europe, India, Korea & USA. This, and the experience of being a furnace
manufacturer to other demanding German furnace manufacturers for over 3 decades. Fluidtherm
furnaces are serviced by a worldwide network of sales & service associates.

Fluidtherm Design &Development P Ltd
SP 132, III Main Road, AIE
Chennai – 600 058, India
Phone: +91 99406 76114
Web: www.fluidtherm.com

5-15

Equipment
Guangdong CFine Technology Co.,Ltd.
Explanation of our exhibition booth (up to 200 words):We provide professional metal powder
mixing and granulation equipment, as well as high-quality titanium feed.
CFINE——Keep China's Mixing Technology With The World!

Guangdong CFine Technology
Co.,Ltd.
Changfeng Science Park, Shatang
Community, Houjie Town,
Dongguan City, Guangdong
Province, China
Phone: +8613677470483
Web: http://www.cf-kneader.
com/

HEXAGON PRODUCT DEV PVT LTD
Hexagon – an ISO 9001:2015 certified company is world’s one of the largest manufactuers of 3D
Tumbler powder mixers. We make powder mixing machine in range from 2 Ltr hand operated,
Laboratory size, Mid size and in large sizes as big as 3000 ltr and above. These mixers are ideal for
uniform powder mixing with various bulk density or particle size or proportions. We export to morethan 45 countries. We offer lot of customization like – stainless steel construction, liquid dosing,removable and non removable drum etc.

57

HEXAGON PRODUCT DEV
PVT LTD
Plot no 10, Ratnakar Business
Hub, Por Ramangamdi Road,
GIDC, Por 391243, Gujarat, India
Phone: +91 92271 27517
Web: https://www.alphiemixer.
com/

Exhibitor Information

2-20

Equipment

Congress & Exhibition Guide

5-09

Equipment

JTEKT Thermo Systems Corporation
JTEKT Thermo Systems Corporation is a manufacturer of heat treatment equipment. In 1959, we
introduced the first Japanese-manufactured batch carburizing furnace to the world, and has sincecontinued to manufacture industrial heat treatment equipment.
We provide heating systems for gears, bearings and other machine parts; non-metal materials such as
ceramics and carbon; and powders used in rechargeable batteries and magnetic components, to namea few. Our products can address a wide range of industrial heat treatment needs, such as carburizing,
nitriding, sintering, annealing and hardening.
We also offer safe and high precision atmosphere heat treatment technologies for all kinds of industrial
products and materials, and actively work to promote the adoption of IoT, reduce environmental
impacts, and cut operational costs.

JTEKT Thermo Systems
Corporation
29, Kabata-cho, Tenri-shi, Nara,
632-0084, JAPAN
Phone: 81-743-64-0985
Web: https://www.jtektthermos.
com

2-09

Equipment

KOBAYASHI INDUSTRY CO.,LTD.
The CNC powder press controlled by the servo motors and the tools for powder compacting are
exhibited in our booth.
1. Demonstration in front of your eyes:• Ceramic ball compacting• Easy tool change system
2. See the press that communicates and shares data.
3. Display of the split die tools for the undercut products.

KOBAYASHI INDUSTRY
CO.,LTD.
1-372 Akahage, Ishiwaki,
Yurihonjo-City, Akita 015-8686,
Japan
Phone: +81-184-22-5320
Web: https://www.kobayashiakita.co.jp

The die splits in three or four dies with the diagonal parting lines.

2-11

Equipment

Lauffer Pressen
LAUFFER is a leading manufacturer of powder and sizing CNC presses for the P/M and carbide
industry with an experience for more than 150 years. During the last years, LAUFFER extended its
portfolio by adding the servo-hydraulic C-Line and the servo-electric E-Line powder presses. This
year, the new Lauffer E-Cell machine generation launches. The E-Cell, an integration of a servoelectric powder press with a robot-based parts handling, combines the latest developments ininnovative press technology with LAUFFER’s proven system knowhow for the P/M market. All
Lauffer lines perfectly complement our portfolio with their smaller footprints, high energy, and costsavings.

Lauffer Pressen
Industriestrasse 101, 72160
Horb am Neckar, Germany
Phone: +49 7451 902-0
Web: https://www.lauffer.de

5-17

Equipment

Exhibitor Information

Bronze Sponsor

MicrotracBEL Corp.

MicrotracBEL Corp.

Exhibit of characterization equipment for functional metal powders used in 3D printer, shot
peening, and so on. Particle size distribution, Particle shape, BET Specific surface area, True density,etc.

8-2-52, Nanko Higashi, Suminoeku, Osaka 559-0031
Phone: 06-6655-0360
E-mail: ad.particle@microtrac-bel.
com
Web: https://www.microtrac.com/

58

Congress & Exhibition Guide

4-16

Equipment

NINGBO HIPER TECHNOLOGIES CO., LTD.

NINGBO HIPER TECHNOLOGIESCO., LTD.

HIPER is currently the largest manufacturer of sintering furnace equipment for the MIM industry
in China. It occupies more than 80% of the mainland China market. With excellent workmanshipand solid after-sales service, HIPER represents the Chinese MIM industry in the sintering end of theequipment. HIPER is also present in overseas markets in Europe, Central and East Asia with veryskilled overseas service experience.

No.365 Xinxing Yi Road, Cixi
Emerging Industrial Clusters, Cixi,
Ningbo City, Zhejiang, China
Phone: +86-18067150331
Web: www.hiper.cn

2-14

Equipment

Silver Sponsor

Osterwalder Japan K.K.

OSTERWALDER AG is a Swiss company with more than 100 years of tradition in press construction,
and as a result is today the technology and market leader. Since 1990, we have concentrated ouractivities only on powder press technology.
Due to this profound experience, we have comprehensive know-how in all areas of powderpressing technology and are able to serve almost any customer requirement flexibly and quickly.
We are proud to offer our presses with Passion and highest quality to manufacture.

Osterwalder Japan K.K.
Hibiya Central Building 14F,
Nishi-shinbashi 1-2-9, Minato-ku,
Tokyo 105-0003
Phone: +81-3-5532-5661
Web: https://www.osterwalder.
com/en/2-12Equipment

Silver Sponsor

SACMI Imola SC

SACMI is an International Group world leader in the design, manufacture and supply of industrial
solutions, specialized in equipment for Powder Metal, ceramics, beverage and packaging.
SACMI Group is present in 30 Countries worldwide through 80 Companies. Driven by continuous
investments in research and technological innovation, conscientious attention to market needs andcustomer service quality, SACMI proposes a wide range of best in class equipment and technologies
for the Powder Metal Industry.

SACMI Imola SC
via Selice Prov.LE, 17/A 40026
Imbola (BO) - Italy
Phone: +39 0542607995
Web: www.sacmi.com/en-US/
metalsFrom hydraulic to full electric presses, from furnaces to fully integrated automations, Customers
benefit from a complete supply with a single partner.

SINTER LAND INC.
Introduction and explanation of Spark Plasma Sintering System.

SINTER LAND INC.
123,Amaike-machi, Nagaoka,
Niigata 940-2055 Japan
Phone: +81-258-25-8008
Web: https://www.sinterland.jp/

59

Exhibitor Information

4-15

Equipment

Congress & Exhibition Guide

Co-ExhibitorNJS Co.,Ltd
NJS is a professional team promoting SPS technologies by consultation, R&D of advanced materials,
sales of SPS machines, products, components. NJS has got much information and accumulated
know-how since the birth of this technology in Japan.

NJS Co.,Ltd
Office-sinyokohama 3F, 2-14-8
Shinyokohama, Kohoku-ku,
Yokohama, Kanagawa,
222-0033 JAPAN
Phone: +81 45 475 1611
Web: http://www.njs-japan

4-11

Equipment

Sodick Co., Ltd
Sodick was established in 1976 and is a leading comprehensive machinery manufacturer. We develop,
manufacture, distribute, and provide electrical discharge machines, high precision machining centers, injection
molding machines, noodle-making machines, and aseptically-packaged cooked rice manufacturing systems.
In the metal injection molding (MIM), it is important to reduce flash and flow mark as much as possible for highquality and high productivity on each MIM green parts. V-LINE® injection molding machine (V-LINE®) that issodick’s original technology can help to reduce flash and flow mark on each MIM green parts because it has
high stability, high reproducibility and high responsiveness. To show the superiority of V-LINE® in MIM, theexperiment that compare V-LINE® to In-line injection molding machine (In-line) using spiral flow tester and the
medical clip mold were carried. The experiment using the spiral-flow tester shows that the flow length using
V-LINE® is 29% longer than that one using In-line. And in the experiment using the medical clip mold shows
flash and flow mark that are not able to improve by using In-line can be improved by using V-LINE®.

Sodick Co., Ltd
3-12-1 Nakamachidai, Tsuzukiku, Yokohama, Kanagawa 2248522 Japan
Phone: +81-45-942-3111
Web: www.sodick.co.jp/en/

2-04

Equipment

Tekna
Tekna produces high-purity metal powders for 3D printing in the aerospace, medical and automotive
sectors, as well as optimized R&D plasma systems for rapid material development easily scalable toindustrial solutions for 24/7 operation:• Spheroidization process allows to transform angular powder into highly spherical powder especiallydesigned for advanced part manufacturing processes such as Additive Manufacturing, Metal
Injection Molding and near net shape Hot Isostatic Pressing.
• Nanopowder synthesis process is designed to produce a wide range of high purity materials (Ceramics,
Pure Metals, Alloys,…) at high yield even below 100 nm.

Tekna2935 Boul.Industriel,
Sherbrooke, Québec,J1L 2T9
CanadaPhone: +337 88 56 71 76
Web: www.tekna.com

Over the last 30 years, Tekna has designed and manufactured more than 250 turnkey plasma systems,
supported by customer service and maintenance centers based in Americas, Europe and Asia.

1-12

Equipment

Exhibitor Information

Yangzhou Haili Precision Machinery Manufacturing Co., LTD

Bronze Sponsor

Yangzhou Haili Precision Machinery Manufacturing Co., Ltd, has 40,000 square meters area in total withregistered capital of 6.6 million USD.
We focus on manufacturing full-automatic powder compacting press, electric press machine, hydraulic pressmachine and sizing machine over 30 years. Our products range from 1 ton to 850 ton. Machine has configured
with floating die set, from U1L1 to U3L5, satisfy with all kinds sintered parts requirements. The additional springback function well support to make complicated sintered parts.
Our company provides updated one-stop full set service from consultancy, design, plan, production,
installation, commissioning and after sale, continuously improve the client experience.
Our company has been through the ISO9001 international quality system certification and European CE
certification. We have 7 patents, 47 utility model patents, 1 appearance patent.
Our machine has been dispatched to India, Vietnam, Russia, Japan, Malaysia, Thailand, Brazil,Mexico, Argentina,
Turkey, Iran and other countries all over the world with good reputation from our customer.

60

Yangzhou Haili Precision
Machinery ManufacturingCo., LTD
Pangu industrial Park, WestArea, Yangzhou, China
Phone: +86-15062839555,
15252537339 (Mr. Luan)
Web: http://www.
hailijixie.com

Congress & Exhibition Guide

5-11

Equipment

YAMAZAKI DENKI CO.,LTD.
Our company is a heat treatment equipment related to powder metallurgy,"Mesh belt type sintering furnace" "Pusher type sintering furnace"
Initiatives for CN,"Ammonia decomposition equipment", "Energy-saving initiatives" and "Maintenance work"in the panel.

YAMAZAKI DENKI CO.,LTD.
123KOYAMA SAKADO-SHISAITAMA JAPAN
Phone: +81-49-283-3511
Web: https://www.yamazakidenki.co.jp

1-05

Hard Materials

Jiangsu Mengda New Materials Technology Co., Ltd.
Jiangsu Mengda New Materials Technology Co., Ltd. was founded in 1999. It is a national high-tech,national science and technology enterprise in Jiangsu Province, integrating the research and development,
intelligent manufacturing and marketing of advanced metal new materials.
The "Mengda" brand series of metal powders (cobalt powder, nickel powder, tin powder, stainless steel
powder, soft magnetic powder, copper-tin alloy powder, cobalt-based alloy powder, nickel-based alloy powder,Iron-copper alloy powder, etc.) are widely used in cemented carbide, powder metallurgy PM/MIM, electronic
components, diamond tools, friction materials, new energy and other industries.
The company has passed IS09001 quality management system certification, ISO14001 environmental
management system certification, and ISO45001 health management system certification in 2010.
After over 20 years of development, the company has been adhering to the principle “quality to ensure
survival, service to promote development, innovation to lead the future”, and is committed to building aprofessional and well-known brand in the metal powder industry.

Jiangsu Mengda New Materials
Technology Co., Ltd.
No 88 Haixin Road, Dong'an
Science and Technology Park,
Tong zhou Bay District, Nantong,
Jiangsu Province, China
Phone: 86 139 2995 0711
Web: www.shmengda.cn

2-02

MIM Components

Huzhou Huijin Atomizing Science Co.,Ltd.

Huzhou Huijin Atomizing
Science Co.,Ltd.

Huijin Atomizing is a national Hi-Tech company that devotes to atomizing technologies development
and powder materials application.

No.168 Zhenxing Road,Leidian,
Deqing,Zhejiang,China.

Huijin's R&D focuses on the features of materials application. Perfect characteristics were condensed into
our powder products, such as high density sintering materials,lower impurity inductance materials, highpurified catalytic materials, and surface stabilized low oxygen materials.Huijin integrated comprehensive
sciences on our powder products,from material designing, manufacturing, and applicatio.....Various kindsof metal powders are available.

Phone: 572-8211533 /+86-18058818488.
Web: http://www.hjatomizing.
com

These tailor-made products cover from Fe/Ni/Co/Cu base alloys to tin base alloys. They are applied ina wide range of industries,such as powder metallurgy, MIM, metal soft magnetic materials,catalytic
materials, 3D printing, amorphous materials,and electronic materials.

INDO-MIM Limited
Established in 1996, INDO-MIM embarked on its journey with a vision to become a leading global
supplier of Metal Injection Molded products. INDO-MIM is a fully integrated MIM parts producer
with capabilities and proficiency in design, tooling, materials and a full range of finishing andassembly operations.
INDO-MIM is a one-stop solution provider with its manufacturing plants in India, USA and UK.
Additional capabilities include Ceramic Injection Molding, Precision Investment Casting, Precision
Machining, Special Processes, Additive Manufacturing and Metal Powders

61

INDO-MIM Limited#45(P) KIADB Industrial area
Hoskote, Bengaluru -562114,
INDIA
Phone: +91 80 22048834
Web: www.indo-mim.com

Exhibitor Information

4-12

MIM Components

Congress & Exhibition Guide

1-04

MIM Components

Longding New Materials Technology Co., Ltd. in Yingtan City, China
Yingtan Longding New Material Technology Co., Ltd. was established in March 2011 and is a leading supplier of stainless steel
powder production in terms of technology and sales in China. The company is committed to developing advanced ultrahigh pressure, high flow water gas combined atomization production technology, and the stainless steel series MIM powder
prepared has reached the international advanced level.

Longding New Materials
Technology Co., Ltd. in
Yingtan City, China

We have stably provided domestic and foreign customers with a series of powders, including 316L, 17-4PH, 304L, 440C, HK30,
F75, low alloy steel, high-strength steel, FeSiCr, FeNi, FeCo, etc., with D50 of 6um, 8um or 10um, D90 of 16um, 20um or 25um,
and vibration compaction of 4.30-5.1g/cm3. The company has passed ISO9001, ISO140001 and other system certifications.
The second phase of Longding Company's production base has been completed, and the 10000 ton powder production
base has been put into use. Longding Company adheres to the business philosophy of "honest operation, innovation driven,and customer first". By improving its powder metallurgy atomization technology level, Longding powder's influence in theindustry is enhanced, and more professional technical services are provided to customers in related fields.

Phone: +86 13910824469

Room306, Building A, Yuanhao
Garden, No. A88 Caihuying East
Street, Beijing, China
Web: http://www.
ldpowder.com/

3-07

Japanese Metal Injection Moulding

atect corporation
atect is a comprehensive MIM manufacturer that handles everything from binders and FS materials
to final products.
In addition to metals, we can also manufacture ceramics by injection molding.
We will exhibit many samples manufactured using atect's advanced technology.
We look forward to seeing you all there.

atect corporation
3275-1 Kamihaneda Higashiohmi
Shiga 527-0082 JAPAN
Phone: +81 748-20-3550
Web: https://www.atect.co.jp/

3-07Japanese Metal Injection Moulding

Bronze Sponsor

CASTEM CO.,LTD

Both Japan and overseas factories have operated quality control under the steady management
system that acquired ISO9001. Also, we have a system of quality control with various measuring
equipment such as coordinate measuring machines and image measuring machines.
We have multiple factories in Japan, Thailand, the Philippines, and Colombia. It is possible to realize
a steady supply even in an emergency.

CASTEM CO.,LTD
1808-1 Nakatsuhara, Miyuki-Cho,
Fukuyama City, Hiroshima, Japan
Phone: +81-84-955-2221
Web: https://www.castem.co.jp/
en/

3-07

Japanese Metal Injection Moulding

Exhibitor Information

IWAKI DIECAST Co.,Ltd.
IWAKI DIECAST Co., Ltd. is a comprehensive die casting manufacturer producing high quality aluminum, zinc, and squeeze
products as well as small and complex shaped metal powder injection molding: Moldalloy (MIM).
Among its products, the company exhibits MIM, a technology for mass-producing complex three-dimensional parts madeof steel and stainless steel with high precision and high density, which is difficult to achieve with conventional machining
methods.

IWAKI DIECAST Co.,Ltd.
51-2, Aza Yamazaki, Washoku,
Yamamoto-cho, Watari-gun,
MiyagiPhone: 0223-37-3322
Web: https://www.iwakidc.co.jp/62Congress & Exhibition Guide

3-07

Japanese Metal Injection Moulding

JUKI AIZU CORPORATIONJUKI Aizu has over 40 years of history in lost wax precision casting technology, and has been involved in
MIM (metal powder injection molding) for over 20 years.When considering lost wax precision casting or
MIM (metal powder injection molding) products, please make use of JUKI Aizu, a technology proposaloriented company whose motto is high technology x high skill.

JUKI AIZU CORPORATION
75-AZA-OUMI KOFUNESHIOKAWA-MACHIKITAKATA,FUKUSHIMA
969-3532,JAPAN
Phone: +81-241-27-3103
Web: http://www.jukiaizu.co.jp/

3-07Japanese Metal Injection Moulding

Nakahara Precision Co.,LTD.
Established in 1975 as Nakahara Precision Works specializing in secondary processing for various components
aimed at movements of renowned watch manufacturers. In 1984, Nakahara Precision Co., Ltd. was founded,marking 40 years of expertise in secondary processing.

Nakahara Precision Co.,LTD.

"We aim to be your one-stop solution for everything from MIM product correction to cutting."

1-5-28 Toushinden Surugaku
Shizuoka-Cicy Shizuoka Post
code421-0112"When primary processing lacks precision or capability, we step in."Phone: +81 54-258-8457"We address distortions in the manufacturing process before cutting."

Web: www.nprec.com"We offer cost-effective cutting through press correction sizing."
We offer comprehensive solutions from sizing correction to cutting. With our extensive experience, we
propose the best shapes tailored for secondary processing based on numerous achievements. We await yourconsultation as your partner in secondary processing. Nationwide service available throughout Japan.

3-07Japanese Metal Injection Moulding

Bronze Sponsor

NIPPON PISTON RING CO.,LTD.

In recent years, diverse processing technologies and methods, such as machining, precision (lost-wax) casting,die casting, press sintering, are being selected and adopted for the forming of metal parts to meet functionaland cost requirements. METAMOLD, a metal injection molding (MIM) process, developed as a new 5th
generation processing technology in addition to these processing technologies based on our long cultivatedmetallurgy technology, enables the production of very complex shaped parts similar to plastic products or die
cast products, but with savings in resources and energy.

NIPPON PISTON RING CO.,LTD.

Features of METAMOLD.
1. Costs reduced by forming of complex shaped items integrally.
2. Enables highly flexible design focused on design and functionality.
3. Excellent properties, such as high density and high strength promised.
4. Shows superb dimensional accuracy.
5. Diverse processing possible.

Web: https://www.npr.co.jp/
english/index.html

NO.1111 NOGI, NOGI-MACHISHIMOTSUGA-GUN, TOCHIGIPREF, 329-0114 JAPAN
Phone: +81-280-57-1234

Oriental Chain Mfg. Co., Ltd.
Oriental Chain Mfg. Co., Ltd.

Our company manufactures MIM parts.
We can manufacture small parts, large parts of about φ50, and hollow parts.

485 Miyanagaichimachi, Hakusan
City, Ishikawa Pref., 924-0016
Japan
Phone: +81-76-276-1156
Web: https://www.ocm.co.jp

63

Exhibitor Information

3-07

Japanese Metal Injection MouldingCongress & Exhibition Guide

3-07

Japanese Metal Injection Moulding

OSAKA Titanium technologies Co.,Ltd.
OSAKA Titanium technologies is one of the world largest titanium sponge manufacturers and our high-quality products
are used for various fields such as aerospace, medical, semiconductor, etc. We also manufacture commercially puretitanium and titanium alloy powders for MIM (Metal Injection Molding), AM (Additive Manufacturing), and other markets.
We have been producing gas-atomized spherical titanium powder (TILOP®) since 1990 by using our own designed andmade EIGA (Electrode Induction Melting Inert Gas Atomization) furnace. The advantage of our EIGA is that does not
require a crucible that might be a source of inclusions or contaminations. Since we are known as one of the world largest
titanium sponge producers, we have established manufacturing process that prevent contamination of high-meltingpoint metals which enables us to provide high-quality titanium powder to customers mainly in aerospace and medical
industries. In addition, we have the advantage of quality control system that can ensure consistent traceability fromtitanium ore to powder.

OSAKA Titanium technologies
Co.,Ltd.
1 Higashihama-cho,Amagasaki,
Hyogo 660-8533,Japan
Phone: +81-3-5776-3103
Web: https://www.osaka-ti.co.jp/e/Recently we have commercialized super fine powder for MIM and Binder Jet of AM. We are pleased to introduce that we
can control the oxygen value of the powder according to the customer's requirements.

3-07

Japanese Metal Injection Moulding

Silver Sponsor

Osaka Yakin Kogyo Co., Ltd

Osaka Yakin Kogyo Co., Ltd was one of the first licensee for “MIM” in Japan, which was invented in the US.
We have manufactured metal parts based on built-to-order, and offering integrated services from the material proposal, manufacturing, andinspection by making full use of metal working technologies. This enables us to meet the sophisticated and diverse needs of our customers.
In addition, while we have introduced state-of-the-art equipment and been committed to high-precision manufacturing, we also perform
thorough quality control for not only the visible but also invisible parts of products by own extensive inspection equipment.
1. Metal Injection Moulding
Newly designed alloy materials can be realized by gas atomization unit.
Own large injection molding machine, which is suitable for big parts due to wide space for injection molding, enables manufacturing
comparatively big parts and handling various sized parts.
We can know the temperature distribution inside the furnaces by using furnaces, thermo-couples, and recording devices that are calibrated andverified ourselves.
Pressure-assisted sintering makes it possible to obtain metal parts with high density, high strength, and high reliability.
We have a full range analyzers and inspection equipment for component analysis, optimal dimensional measurements, and quality verification.
2. 3D additive manufacturing
We offer the integrated services from powder production to heat treatment, and support customers’ development.
AM enables manufacturing a wide variety of products by realizing complex shapes that are impossible by manufacturing with mould.

Osaka Yakin Kogyo Co., Ltd
4-4-28 Zuiko Higashiyodogawaku Osaka 533-0005 Japan
Phone: +81-6-6328-1345
Web: https://www.osakayakin.
co.jp

3-07

Japanese Metal Injection Moulding

PACIFIC SOWA CORPORATION
Pacific Sowa is a distributor of Desktop Metal 3D printer in Japan, specialize in selling X series metal
3D printers. We will exhibit a mold with cooling water channel printed by metal binder jetting. It is
low surface roughness, competitive price and easy to store(cobalt free).

PACIFIC SOWA CORPORATION
Marunouchi Eiraku-Bldg., 1-4-1,
Marunouchi Chiyoda-ku, Tokyo,
100-0005 Japan
Phone: +81-3-4243-1227
Web: https://www.pacificsowa.
co.jp/eng/

3-07

Japanese Metal Injection Moulding

Exhibitor Information

Repton Co.,Ltd./ Imae Industries,Ltd.
Innovative products combined with unique know how and purposeful engineering leads to thecomprehensive mastery of the technology chain of compaction of metal and ceramic powders,building the base of success for our customers.
In addition to the innovative products ProGrit offers technical and economical consulting in thefield of compaction, grinding, measurement, tool and production technology for the machine toolindustry and the tool and die manufacturing.
ProGrit offers comprehensive and holistic consulting & engineering services - from the analysis of thecurrent state up to the industrial realization and implementation of complex engineering solutions.

64

Repton Co.,Ltd./
Imae Industries,Ltd.
5-15-7,Higashiamagawa,Takats
uki,Osaka 569-0012,Japan
Phone: +81-72-660-5005
Web: https://repton.co.jp/en/

Congress & Exhibition Guide

3-07

Japanese Metal Injection Moulding

TAISEI KOGYO CO., LTD.
Our know-how is unique in the MIM industry and unmatched by any other company.
• Achieving accuracy equivalent to that of machined components.
• Enabling free-form shapes with our unique lost-core process, 3D-μMIM®.
• Reducing lead times dramatically with our the world's leading LMM 3D printer.

TAISEI KOGYO CO., LTD.
26-1 Ikeda-Kitamachi, Neyagawa,
Osaka, 572-0073, Japan
Phone: +81 072-829-3588
Web: https://www.taisei-kogyo.
com/en/3-07

Japanese Metal Injection Moulding

TEIBOW Co.,Ltd
At our booth, we will be showcasing our hollow Metal Injection Molding(MIM) parts, alongside a variety of MIM parts.
These exhibits are designed to highlight the precision and complexity achievable with MIM technology.
You will have the chance to closely examine the intricate details and superior of our hollow MIM parts,which demonstrate ourcutting-edge manufacturing technology.
We aim to provide an in-depth understanding of the possibilities that MIM technology offers, showcasing its ability to
produce highly precise and complex shapes that are difficult to achieve with traditional manufacturing methods.
Our booth will include comprehensive information on the MIM process, material, and various applications, illustrating theversatility and efficiency of this technology.
Whether you are looking to optimize production for small, intricate components or seeking cost-effective solutions for highvolume manufacturing, our exhibition will demonstrate how MIM can meet diverse industry needs.
We invite you to explore our booth, ask questions, and discover the future of manufacturing with Metal Injection Molding.

TEIBOW Co.,Ltd11135 Miyakoda-cho, Hamanaku, Hamamatsu-city, Shizuokaprefecture, 431-2101, Japan
Phone: +81-53-415-8777
Web: https://www.teibow.co.jp

3-07Japanese Metal Injection Moulding

TOKO TSUSHO CORPORATION■

Realizing 3D small metal parts with Metal Powder Injection Molding (MIM)■

All processes from prototype development, design, mold making, and mass production
are carried out within the group■

Manufacturing Plant: Aomori .Vietnam (Hanoi)

TOKO TSUSHO CORPORATION
399-1, Ooya-Machi, Hachioujicity, Tokyo Japan
Phone: +81-42-644-8860
Web: http://www.tokotsusho.
co.jp

Asahi Kasei Corp.
Asahi Kasei have a lot of successful business for various application with the one of our engineering plastics line-ups,
TENACTM, as trade name of POM (Polyacetal). POM is commonly used as a resin constituent of PIM binders due to thehigh strength of POM itself and its decomposition performance with no residue under application of acid or heat.
Asahi Kasei has accomplished to develop the first TENAC POM grade line-ups for powder injection molding (PIM)
application, FF520, that offers suitable binder products for catalytic debinding in PIM. TENAC™-C FF520 obtains thesuperior mechanical properties of POM and also ultra-high flowability. In addition, not only TENAC™-C FF520, but wealso have newly developed TENAC™-P, a polymer binder suitable for thermal debinding.
TENAC™-P is the best thermal debinding binder for Metal Injection Molding. By using this binder, it is possible toobtain a metal sintered body with less voids, particularly in metals like stainless steel.We are going to give a verbal
presentation on TENACTM-P to you on this time.
Please contact Asahi Kasei, if you have any enquiry or technical regarding POM binders. As the extensive-experienced
engineer in the engineering plastic filed, we would provide the best solution to you.

65

Asahi Kasei Corp.
Hibiya Mitsui Tower (TOKYO
MIDTOWN HIBIYA) 1-1-2
Yurakucho, Chiyoda-ku, Tokyo
100-0006
Phone: +81-(0)3-6699-3388
Web: https://www.asahi-kaseiplastics.com/

Exhibitor Information

4-10

Raw Materials

Congress & Exhibition Guide

3-06

Raw Materials

DAIDO STEEL CO., LTD
Daido Steel is one of the leading manufacturers of alloy powder in the world, which has multiple atomizing techniqueand processes developed by ourselves. Using these technologies, we precisely control the shape and particle size ofalloy powder.
We have been consistently pursuing the possibility of powder metallurgy material by integrating these technologies
with alloy design technique accumulated in the long history of special steel business.
In this exhibition, we will show a wide variety of our products that have been put to practical use to date, including
the powders for sintering, electrical parts, welding, brazing, additive manufacturing and MIM.
In the future, we will continue to take the challenge for higher functionality of alloy powder materials.

DAIDO STEEL CO., LTD
1-10, Higashisakura 1-chome,
Higashi-ku, Nagoya, Aichi,
461-8581 Japan
Phone: 81-52-963-7501
Web: www.daido.co.jp

In particular, we will try to develop atomizing process and establish management system for minimizing Impurity andcontamination in alloy powders. Those can make our alloy powder products higher cleanness.
Therefore our aim is to contribute to the realization of a sustainable society through co-creation with customers invarious fields.

3-04

Raw Materials

Bronze Sponsor

DOWA ELECTRONICS MATERIALS CO.,LTD.
We offer a wide variety of metal powders and technologies for electronic applications.

The reduced iron powder is a sponge-like iron-based product obtained by reducing iron oxide. It is used for various
applications including welding rods, bearing parts, surface processing media, oxygen absorbers, and disposable heating pads.
The carrier powder is spherical soft ferrite used in electro-photo printers such as copiers. We are able to control the carrier
powder electrical characteristics (resistivity), magnetic characteristics (magnetizing force), and physical characteristics (specificgravity and particle size distribution). Within rechargeable battery-related products, we offer coating materials for positiveelectrode active material and solid electrolyte powders that can be used for all-solid-state batteries. The coating materials for
positive electrode active material exhibit excellent battery resistance and durability when applied on active materials. The
solid electrolyte powders are characterized by a low-temperature sintering process and high ionic conductivity when used inoxide-based all-solid-state batteries. The coating materials can improve insulation and durability by forming a uniform SiO2
coating layer on powder. We offer insulation-coated magnetic powder and its coating processing, applicable for inductors.

DOWA ELECTRONICS
MATERIALS CO.,LTD.
22F, Akihabara UDX, 4-14-1,
Sotokanda, Chiyoda-ku, Tokyo,
Japan
Phone: 03-6847-1256
Web: https://www.dowaelectronics.co.jp/en/

In addition, we are introducing new materials including cerium oxide, catalyst materials, cosmetic materials, and negative
thermal expansion materials.

2-06

Raw Materials

Gold Sponsor

EPSON ATMIX CORPORATIONEPSON ATMIX is a leading manufacturer of high-quality water-atomized, spherical powders formetal Injection molding, additive manufacturing, and other markets.
Alloy selection includes iron-based, nickel-based, and cobalt-based alloys with particle size ranging
from sub-20 microns to sub-3 microns distributions.
Advanced in Atmix’s high-pressure water atomization process have made sub-10 microns powders
cost-competitive while offering improvement in surface quality, dimensional stability, and final
density on your parts production.

EPSON ATMIX CORPORATION
4-44 Kaigan Kawaragi
Hachinohe Aomori 039-1161
Japan
Phone: +81-178-73-2801
Web: www.atmix.co.jp/en

1-10

Raw Materials

Exhibitor Information

EML (Eloi MateriaLs) Co., Ltd.
Founded based on technological innovation, EML (Eloi MateriaLs) provides total solutions foradvanced materials by developing breakthrough technologies and producing world-class products
in advanced alloy materials, high-purity spherical metal powders, soft-magnetic materials/
components, PVD coating/targets, and metal 3d printing.

EML (Eloi MateriaLs) Co., Ltd.
#409, 77 Changnyong-daero
256beon-gil, Yeongtong-gu,
Suwon-si, Gyeonggi-do,
Republic of Korea
Phone: +82-31-5186-6283
Web: www.eloiml.com

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3-02

Raw Materials

Platinum Sponsor

FUKUDA METAL FOIL & POWDER CO., LTD.

Fukuda Metal Foil & Powder Company’s mission is to be a “Metal Stylist”, freely designing theinternal structure and surface morphology of metal foils and powders to create ever thinner andfiner metal materials. Fukuda is committed to the continuing exploration of materials science andcontributing to the development of industry and society.
FUKUDA supplies a wide variety of materials and other products developed to meet the needsof each new generation, based on FUKUDA's extensive metal powder and metal foil technology
accumulated over many years, such as raw materials for printing or other decorative applications,metal foils capable of both high transmission speeds and bending resistance, nanoparticles, andmetal powders for 3D printing applications.

FUKUDA METAL FOIL &POWDER CO., LTD.
20, Nakatomi-cho,Nishinoyama, Yamashina-ku,
Kyoto 607-8305, Japan
Phone: +81-75-581-2161
Web: https://www.fukudakyoto.co.jp/en/

4-02

Raw Materials

GKN(Bazhou)Metal Powder Co., Ltd
GKN Hoeganaes is one of the world's largest manufacturers of metal powder, the essential raw materialof powder metallurgy, with manufacturing facilities in the United States, Europe and Asia. GKN (Bazhou) Metal
Powder Company Ltd. is a Joint Venture of GKN Hoeganaes and Hebei Yaobang technology Company
Ltd. The Joint Venture further expands GKN Powder Metallurgy's footprint in China and produce
International grade powder for use in automotive and industrial applications for our customers in thegrowing Asian market to meet the increasing need for technically enhanced powder in Asia.
Hoeganaes water atomizing powder production base has production bases in North America, Europe
and Asia around the world, of which Bazhou plant is the only full-process manufacturing base in Asia.
It can produce international grades of base iron powder, pre-alloy and diffusion alloy powder with thesame specifications as the United States and Romanian factories. At present, all kinds of atomized ironpowder and alloy powder produced occupy a leading position in the Asia market.

GKN(Bazhou)Metal Powder
Co., Ltd
East Wuping Road Shengfang
Town, Bazhou City, Hebei
Province,China
Phone: +86316 7890078
Web: www.hoeganaes.com

1-02

Raw Materials

GRIPM Advanced Materials Co., Ltd.
GRIPM Advanced Materials Co., Ltd.(abbr. GRlPM) is established in March 2004, held by China GRINM Group Corporation
Ltd. and specializes in the design, research and development, production, and sales of non-ferrous metal powdermaterials, is a leading enterprise in the field of copper based metal powder, tin based soldering powder, electronic
pastes, and additive manufacturing materials in China. In 2021, the company is listed on the Science and Technology
Innovation Board of the Shanghai Stock Exchange (stock code: 688456).
GRIPM continues to develop new products and technology, actively expands new application fields of products, provides
clients with metal powder materials with stable quality and excellent performance, has gradually established industrial bases
such as Beijing, Chongqing, Anhui, Shandong in China, and bases in UK and Thailand in global layout. Currently, the Thailand
company has been put into operation. GRIPM has strong competitiveness in the non-ferrous metal powder material market.

GRIPM Advanced Materials Co.,Ltd.
Building 1, No. 3, Yanqi Road,
Huairou District, Beijing,China
Phone: +86-10-61665919 ext.121
Web: http://www.gripm.com/

Our products are primarily used in powder metallurgy, superhard tools, microelectronic packaging, friction materials,
catalysts, electrical alloys, electrical carbon products, conductive materials, thermal management materials, and 3D printing.
The end products are widely applied in automotive, high-speed rail, machinery, aviation, aerospace, chemical, and electronic
information industries.

Gold Sponsor

Höganäs Japan K.K./ Höganäs AB (Co-Exhibitor)

Höganäs develops, manufactures, and sells metal powders that open up a world of opportunities. We
are on an ongoing sustainability business transformation journey to become the preferred sustainability
powder producer in the world. Our vision is to drive positive change through material innovation. Our
product range includes pure iron powders, low-alloy steel powders, stainless steel powders, and pressready powder mixes. Höganäs products are tailored to meet demands on part precision, productivity,
performance, and cost, and many of our brands, such as Distaloy®, Astaloy™, and Starmix®, are regarded
as industry standards.
In our three global Höganäs Customer Development Centers, we invite customers and end-users towork alongside our expert team with application engineering and prototyping. Alongside Pressing and
Sintering Powders, we also have a wide range of metal powders for additive manufacturing.

67

Höganäs AB
Bruksgatan 35, 263 39 Höganäs
SwedenPhone: +4642338000
Web: www.hoganas.com

Exhibitor Information

3-01

Raw Materials

Congress & Exhibition Guide

4-01

Raw Materials

Gold Sponsor

JFE Steel Corporation

JFE Steel is a steelmaker engaged in the total steel-making process, taking iron ore raw material andturning it into final products. Boasting one of the world's greatest capacities for steel production,
JFE Steel satisfies customers by producing steel under a corporate philosophy of "contributing tosociety with the world's most innovative technology.

JFE Steel Corporation
Hibiya Kokusai Building,
2-3 Uchisaiwai-cho 2-chome,
Chiyoda-ku,Tokyo 100-0011,
Japan
Phone: (81)3-3597-4063
Web: https://www.jfe-steel.
co.jp/en/index.html

5-01

Raw Materials

JINCHUAN NICKEL AND COBALT CO.,LTD.
Jinchuan Group Nickel-Cobalt Co., Ltd. is a wholly-owned subsidiary of Jinchuan Group in China,
and is the world's leading nickel and cobalt manufacturer. Our products mainly include electrolytic
nickel plate, electrodeposited cobalt plate, cobalt tetroxide, nickel carbonyl powder, atomized
nickel powder, nickel carbonyl pill, nickel hydroxide, iron carbonyl powder and so on.

JINCHUAN NICKEL AND
COBALT CO.,LTD.
Post address:737100
Phone: +86-18793625669
Web: www.jnmc.com

5-04

Raw Materials
JIANGXI YUEAN ADVANCED MATERIALS CO.,LTD.
JIANGXI YUEAN ADVANCED MATERIALS CO.,LTD. is a high-tech enterprise specializing in the fieldsof micro nano metal powder new materials manufacturing, including carbonyl iron powder,atomized alloy powder, soft magnetic powder, MIM feedstock and microwave absorbing material... .
It located in Dayu county, Jiangxi province China since 2004. Nowdays, YUEAN became the largest
CIP producer in China and one of the leading supplier in the world. And it qualified the certificatesof ISO 9001, ISO 14001, IATF 16949.

JIANGXI YUEAN ADVANCED
MATERIALS CO.,LTD.
Xinshiji Gongyecheng, Dayu,
Ganzhou, 341500 China
Phone: +86 797 8772869
Web: www.yueanmetal.com

5-03

Raw Materials

Exhibitor Information

Jinzhou Hongda New Material Co., Ltd.
A professional manufacturer of ferroalloy powder with a long history of 31 years.
"Integrity-based, customer first", jointly pursue high-quality development of both us andcustomers.

68

Jinzhou Hongda New MaterialCo., Ltd.
No.5 Hetun Industrial Park Guta
District, Jinzhou City, Liaoning
Province, China, 121015
Phone: (+86) 13941621156 or(+86) 15940206410
Web: http://www.jzhdxcl.com

Congress & Exhibition Guide

2-01

Raw Materials

Gold Sponsor

KOBE STEEL,LTD.

We, KOBE STEEL, LTD.(also known as KOBELCO) is a conglomerate company of Materials Businesses,
Machinery businesses, and Electric Power business.
Since we began the steel powder business in 1970, we have been developing and producing highquality atomized steel powder.
We have been providing our atomized steel powder to powder metallurgy industries all over theworld for more than 50 years.
KOBELCO envisions a sustainable, beautiful, flourishing world in which people, now and in the
future, can fulfill their hopes and dreams while enjoying safe, secure, and prosperous lives.
Our technologies, products, and services are not only for those who live in the present, but also for
the future generations.

KOBE STEEL,LTD.
9-12,Kita-Shinagawa
5-chome,Shinagawaku,TOKYO,141-8688 JAPAN
Web: https://www.kobelco.co.jp

2-17

Raw Materials

Kyhe Technology Co., Ltd

Kyhe Technology Co., Ltd

Kyhe Technology Co., Ltd is a high-tech enterprise specializing in the production of recycled titanium alloy powder andadvanced 3D additive manufacturing, serving high-demand industries such as consumer electronics, aerospace, and defense.
The company employs its patented DH-STM powder recycling technology, achieving exceptional efficiency in material
recovery and energy conservation. This proprietary method enables Kyhe Tech to offer high-precision manufacturingsolutions while making significant contributions to global sustainability and low-carbon initiatives.
Through continuous innovation, Kyhe Tech is on track to reduce the cost of titanium alloy powder to a level comparablewith stainless steel, greatly enhancing its competitive position in the global market. The core team, led by overseas PhDs
and Master's degree holders with over a decade of industry experience, brings a wealth of technical expertise and practicalproduction knowledge. Additionally, the company collaborates closely with leading domestic universities to ensure theeffective commercialization of cutting-edge research and maintain its technological leadership.

No. 66 Linbu Road, Xianxiang
Town, Xiangshan County,
Ningbo City, Zhejiang Province
Phone: +86 13196799658- Joe Zhou
Web: www.kyhe.tech

With its patented technologies, deep industry expertise, and a commitment to professionalism, innovation, and sustainable
development, Kyhe Tech strives to provide world-class metal powder solutions and establish itself as a benchmark enterprisein the industry.

5-06

Raw Materials

Kymera International
Kymera International is the global leader in specialty materials, including copper and aluminum powder
metallurgy, proudly leading the charge as true pioneers in material science. Our commitment lies in delivering
an extensive range of material solutions to our valued customers, including aluminum and aluminum alloys,
copper and copper alloys, and specialty offerings such as copper oxide, electrolytic copper, magnesium, plain
bearing alloys, tin, silver-coated, zinc, specialty alloys, and ultrafine powders.
Operating across ten countries, our facilities specialize in crafting powders, pastes, flakes, preforms, andgranules to exacting standards, ensuring unparalleled quality and performance. At Kymera International,
innovation and expertise converge to redefine possibilities in metallurgical solutions, driving advancements
across industries worldwide.

Kymera International
2601 Weck Dr, Durham North
Carolina, 27703 United States
Phone: +1 (984) 900-2749
Web: https://www.
kymerainternational.com

Makin Metal Powders
Makin Metal Powders provides Copper Powder, Bronze Powder, Tin Powder and Infiltrants from custom-built
manufacturing facilities in Rochdale, United Kingdom and, for certain grades, our new facility in Thailand.
One of the largest European producers of copper and copper alloy powder and a member of the GRIPM familyof companies, MMP offers global product technology and supply chain capability, with a wealth of experiencein the copper powder industry stretching back over 70 years.
As a member of the GRIPM family of companies we have access to a huge R&D resource and can help customers
with their needs for Additive Manufacturing (powders and components), Tin-based solder powders and pastes,
NdFeB magnet powders and other high-tech materials.
We have a wide network of Agents and Distributors across Asia (including Japan, China, Thailand, Singapore,
Malaysia, Indonesia and Korea), Europe and The Americas.

69

Makin Metal Powders
Buckley Road, Rochdale, Greater
Manchester, UK
Phone: +44 1706 717317
Web: https://www.makinmetals.com/

Exhibitor Information

1-03

Raw Materials

Congress & Exhibition Guide

3-03

Raw Materials

Silver Sponsor

MITSUBISHI STEEL MFG.CO.,LTD.

MITSUBISHI STEEL powders are produced using two methods, water atomization and gas
atomization, to make special alloy powders.

MITSUBISHI STEEL MFG.
CO.,LTD.

We respond to the demands of customers from various industries. The particle size can be
manufactured from several μm to several hundred μm according to various requests.

Daiwa Tsukishima Bldg.
16-13, Tsukishima 4-Chome,
Chuo-ku, Tokyo, 104-8550 Japan

Furthermore, we actively provide technical support from the composition design to the analysis at
the development stage, and small quantities can be handled on the prototype line.
Since April 2023, we have been manufacturing metal powders using 100% CO2-free electricity,
aiming for clean powder production considering environmental preservation.

Phone: +81-3-3536-3122
Web: https://www.
mitsubishisteel.co.jp/

2-16

Raw Materials

MUTSUMI SPECIAL ALLOY INDUSTRY CO.,LTD.
We are pleased to start selling powder metallurgy materials.
As a feature, the production method of water atomization and gas atomization can be
manufactured in the same place.
We can also manufacture and sell soft magnetic materials.
Based on our experience in the Chinese market and our company, we offer you new options.

MUTSUMI SPECIAL ALLOY
INDUSTRY CO.,LTD.
6-1-20 Tsuruma, Machida-shi,Tokyo
Phone: +81 42-795-0031
Web: https://mutsumi-t.jp

Co-Exhibitor

Shanxi Xinsheng New Materials Co., Ltd
Founded in April 2020, Shanxi Xinsheng New Materials Co., Ltd. is a high-tech enterprise focusing on the
research and development, production and sales of two series products of water atomized iron-based powder
and gas atomized soft magnetic powder. It is the first large-scale enterprise in China tha t has mastered bothwater and gas atomization production processes.
Through efforts and continuous development, the company now has the production capacity to produce
100000 tons of water atomized iron-based powder and 60000 tons of metal soft magnetic powder annually.
Its production capacity ranks among the top in the domestic industry and is a model in the domestic powder
metallurgy alloy powder manufacturing industry.

Shanxi Xinsheng New
Materials Co., Ltd
No. 9 Churen Road, Chuhou
Industrial Park, Linyi
Yuncheng,shanxi,china.

The company always focuses on product quality and continuously strengthens quality management. Withadvanced technology, stable product quality, and extremely high cost-effectiveness, it has won high trust fromdomestic and foreign customers.

5-07

Raw Materials

Exhibitor Information

NOMURA TRADING Co., Ltd.
We at Nomura Trading Co., Ltd. celebrated the 100th anniversary of our establishment on May 7,
2017.
Nomura Trading is a general trading company which develops export-and-import business andoff-shore trade for the following three sections on a principal axis: Food Business Unit, Consumer
Products and Service Business Unit, and Industry Business Unit.
By the distributor function of our company, value is offered to the world and the generation by
wide business territory of natural resources, chemicals, medical supplies, electronic materials andmachines.

70

NOMURA TRADING Co., Ltd.
Hulic Kamiyacho Building 7th
floor, 4-3-13 Toranomon Minatoku,Tokyo,105-0001,Japan
Phone: +81-3-3438-7800
Web: https://www.
nomuratrading.co.jp/en

Congress & Exhibition Guide

Co-Exhibitor

GGP Metalpowder AG
With a total capacity of 15.000 t/year GGP is the biggest producer of electrolytic Cu powderworldwide.
New products: ultra-light and ultra-fine dendritic Cu powders for Electronic industry.
Specialty: silver-coated Cu powders from 3-20% Ag .
The product range further contains water-atomized Cu & Cu-alloys, leaded bronze, lead powder, tin
and zinc powders.

GGP Metalpowder AG
Eckart Plaza, Kaiserstr. 30, Fürth(Bavaria) 90763 Germany
Phone: +49-911-723617-16
Web: www.ggp-metal.com

ISO 9001 certified. With a worldwide sales network GGP is well presented in all key industries.

1-01

Raw Materials

PolyMIM GmbH
PolyMIM GmbH has been producing and marketing its line of standard and custom-madepolyMIM®feedstock since 2005. Metal injection moulding allows for cost-effective production ofcomplex metal components by combining the processes of injection moulding and sintering. We
developed an environmentally sound water-soluble binder system. Thus polyMIM® combines thecost and quality advantages of metal injection moulding with ecological demands. In 2013 the new
polyPOM feedstock based on a catalytic binder system was added to the range. All common MIM
metal alloys are available as ready-to-mould standard feedstock compounds. Our portfolio includes
low alloy, stainless, copper, titanium, titanium alloy and hard metal feedstock. PolyMIM GmbHmeets highest quality requirements and is certified in accordance with DIN ISO 9001.

PolyMIM GmbHAm Gefach
Phone: +49 (0) 6751 / 85769-0
Web: https://www.polymim.
com/

3-05

Raw Materials

Pometon Spa
Founded in 1940, Pometon is today the largest European producer of copper powder and offers a unique service to its
clients producing also ferrous, non-ferrous powders and stainless steel shot.
Pometon produces pure powders such as iron, copper (both electrolytic and atomized), bronze, brass, tin, zinc, pressready iron and bronze premixes.
Its division, Pometon Plus is fully dedicated to the production of spherical metallic powders for 3D printing using
VIGA & EIGA technology, and can produce customised powders in Copper, Stainless Steel, Cobalt-Chromium, NickelChromium Titanium and Alloys.
Based in Maerne, Venice, Pometon has subsidiaries in UK, Spain, Germany, India, Turkey, Korea and a second
production site in Serbia, cooperates with the major automotive brands and the renowned global players in thechemical industry, aerospace and electronics sectors.
Equipped with latest technology, the R&D Centre collaborates with the most important worldwide universities
with the objective of producing customized powders to meet individual customer requirements and to ensure that
product quality remains consistent over time.

Pometon Spa
Via Circonvallazione, 62 –
30030 Maerne di Martellago(VE) Italy
Phone: +39 0412903611
Web: www.pometon.com

POONGSAN HOLDINGSPOONGSAN HOLDINGS

Since its founding in 1968, Poongsan Holdings Co., Ltd. is growing into a Global Top Player byleading the market in the metal powder industry based on the accumulated non-ferrous alloy
Know-how over the past half century. We produce and support many types of powder such as purecopper powders, pre-mixed bronze powders in the water atomization system and Nickel powder
for Brazing industry, alloyed bronze powder, magnetic powder in the gas atomization system.
Poongsan Holdings Co., Ltd has long provided the best quality powder products for the markets.
We are always ready to develop new technology powder based on the principles of quality andcustomer-centered technical services.

670Gnddangro, Seongsan-Gu,
Changwon, Gyeongnam, 51544,
Korea
Phone: +82552670701
Web: http://www.poongsanhc.
co.kr

71

Exhibitor Information

4-07

Raw Materials

Congress & Exhibition Guide

4-03

Raw Materials

Rio Tinto
Rio Tinto Metal Powders (RTMP), previously known as QMP distinguishes itself as the sole prominent manufacturer
globally to produce iron powder from ore with minimal residual content. This unique process ensures that ourpowders are of unparalleled purity and uniformity.
At Rio Tinto Metal Powders, we are dedicated to innovating and supplying the essential materials required for thepresent and future demands of the world. Our state-of-the-art production and research facilities located in Canada
and China, provide a comprehensive assortment of iron and steel powders, catering to a wide spectrum of powder
metallurgy applications. Furthermore, Rio Tinto Metal Powders actively supports various industries, notably theenergy transition sector, by developing specialized iron powders for a multitude of pioneering applications andmarkets. These efforts contribute to the advancement of a more sustainable future, with products like soft magnetic
composites (SMC) for electric motors, and materials for battery and energy storage solutions, as well as additive
manufacturing (3D printing).
As a steadfast and long-term ally, RTMP is committed to achieving exemplary Environmental, Social, and Governance(ESG) standards. We have pledged to cut our emissions by 50% by the year 2030 and are on a strategic path to reachnet-zero emissions by 2050.

Rio Tinto
200 E Randolph St Suite 7100,
Chicago, IL 60601, USA
Phone: +1 773 270 6500
Web: www.qmp-powders.com

2-03

Raw Materials

Sandvik Additive Manufacturing
We leverage more than 160 years of materials expertise to develop and optimize the widest rangeof alloys on the market for advanced near-net-shape and green manufacturing technologies suchas additive manufacturing and metal injection moulding.
Having gas atomized Osprey® metal powders for half a century, our portfolio includes materials likecopper, titanium, and super duplex stainless steel – tailored to fit your every need.

Sandvik Additive
Manufacturing
Post address: 811 81, Sandviken,
SwedenPhone: +44 7594 515 578
Web: www.metalpowder.
sandvik

2-07

Raw Materials

SIRUI ADVANCED COPPER ALLOY TECHNOLOGY (FUFENG) CO., LTD.
High purity low gas chromium powder is used in the electric power industry for copper-chromium
electrical contacts, chrome targets in the vacuum sputtering coating industry, powder metallurgy
fuel cells, thermal spraying and other fields.
Vacuum grade high purity chromium is used in high temperature alloy industry, which is the key
material for key parts of aviation engine and gas turbine.
Copper-based alloy powder is used in additive manufacturing, aerospace, power industry, powder
metallurgy, spraying and other fields .

SIRUI ADVANCED COPPER
ALLOY TECHNOLOGY (FUFENG)
CO., LTD.
Room 888, No.1 Wangyuan West
Road, Emerging Industrial Park,
Fufeng County, Baoji, Shaanxi
province, China
Phone: +86-917-5175666
Web: https://www.siruifufeng.
com/index.html

4-06

Raw Materials

Exhibitor Information

SLM Technology Private Limited
SLM is an Iron Powder manufacturer based in Odisha, India operating since 1992. It produces
Sponge and Atomised Iron Powder. Its products includes pre-alloyed powders, diffusion alloyed
powder, premixes and bonded mixes. It supplies its products to over 25 countries and its customers
includes top PM companies. SLM is a well know name in Indian industry. The company aims tobecome most trusted technology partner for its customers. The company also produces gas
atomised spherical bronze powder for filters.

72

SLM Technology Private
LimitedUditnagar, Rourkela-04, Odisha,
India
Phone: +91 9937822224
Web: www.slmmetal.com

Congress & Exhibition Guide

4-04

Raw Materials

Steppe Metal Powder LLC
Steppe Metal Powder (SMP) was established in 2017 and operates in Ulaanbaatar, Mongolia.
Being the first metal powder plant in Mongolia, SMP employes EU equipment and methods to
produce high-grade water-atomized copper and copper-alloy powder. SMP’s long-term objective
is to expand and diversify its portfolio according to market trends and customer needs. SMP’s
productions activities are supported by its onsite laboratory which delivers most-needed laboratory
tests on a prompt basis. The company works closely with R&D institutions in South Korea, Mongolia
and Japan to align its products with the requirements of customers in conventional powder
metallurgy, metal injection molding, hot isostatic pressing, spark plasma sintering and additive
manufacturing.

Steppe Metal Powder LLC
Building #9, DSAA-1 Street,
Bayongol-20, Ulaanbaatar
16102, Mongolia
Phone: +(976)75079900
Web: www.smp.mn

4-05

Raw Materials

Tarun and Manish Sarda
Our group (SARDA METAL POWDERS) is manufacturing metal powders since 1981. Our Powder Metallurgy know — how is theresult of systematic application oriented approach.
We work in close co-operation with customers in respect of both day to day production and development of new products.
We are manufacturing - Steel woo fiber, Copper powder, Copper fiber, Brass fiber, Brass chips, Bronze fiber, Zinc powder, Brass
powder, Bronze powder, Vibrated Bronze fiber, Vibrated brass fiber, Vibrated copper fiber, Tin powder, Zinc powder/ Dust,
Antimony powder, Bismuth powder, Copper chips, Electrolytic copper powder, Atomized copper powder, Lead free BRASS CHIPS.
Our motto is &quot;TOTAL CUSTOMEÈS SATISFACTION through high quality product with excellent services and On time delivery.
We have emerged as a reliable source for Metal powders, Metal fiber, Metal chips and Steel wool.
Our powder and fibers are having shelf life more than 6 months against atmospheric oxidation as we use anti oxidation layers forprotection from atmospheric oxidation even in hot and humid conditions.
In Addition to our standard grades, we also manufacture materials as per customer ’s specification.
We have in house testing equipment&#39;s like XRF machine for chemical analysis, 1-12 loss testing, Sieve analysis, Stero Zoom
microscope, Tap density tester, Moisture Analysis, Oil content testing, Profile Projector, Hardness tester, etc.

Tarun and Manish Sarda
F-698 AND F-698/A, ROAD NO.9F2
VKIA, Jaipur, Jaipur Rajasthan,
302013
Phone: 9461618289/ 9414169467
Web: www.
sardaindustrialenterprises.com

3-13

Software

IDAJ Co., LTD.

IDAJ Co., LTD.

Next Generation DEM Particle Simulator Ansys Rocky
Ansys Rocky is an advanced engineering simulation tool that uses Discrete Element Method (DEM)
to predict the behavior of bulk solid particles including powder in the efficient design and optimizationof material handling equipment and processes. Ansys Rocky is capable of modeling real particle shapes
including any solids, 2D shells, and rigid and flexible fibers.
The simulations are very fast and accurate with unique GPU (Graphics Processing Unit) solver
technology.

Yokohama Landmark Tower
37F, 2-2-1-1 Minato Mirai, NishiKu, Yokohama City, Japan, 2208137
Phone: +81 45-683-1990
Web: https://www.idaj.co.jp/
english/You can simulate the behavior of different shaped and sized particles in many industrial applications.

Thermo-Calc Software
For over 40 years, Thermo-Calc Software has been a global leader in developing software anddatabases used to predict and understand materials properties. Our products empower materials
scientists and engineers to make better decisions by giving you access to accurate, reliablematerials data. We offer over 40 databases, a flexible software platform that you can customize tomeet your needs, and APIs to help you link Thermo-Calc calculations to other software programs or
your own code. Our flagship product, Thermo-Calc, is used in over 60 countries around the world
by top materials scientists and engineers. Our tools have been cited in over 33,000 peer-reviewed
journal articles and over 1000 patent applications, and we are actively involved in collaborative
research and development efforts with top universities and industry partners.

73

Thermo-Calc SoftwareRåsundavägen 18, SE-169 67
Solna, Sweden
Phone: +46-8-545 959 30
Web: https://thermocalc.com

Exhibitor Information

3-10

SoftwareCongress & Exhibition Guide

3-11

TestingHigh-Techon Rise Co., Ltd (Marktec Corporation)
We provide evaluation technologies for all materials, including battery materials and metal
powders.

High-Techon Rise Co., Ltd(Marktec Corporation)

We provide high-precision evaluation, from macro-analysis of bulk powders to micro-analysis ofsingle particles.

17-35, Omori Nishi 4-chome,
Ota-ku, Tokyo, 143-0015, Japan

From contracted measurements to product sales, we contribute to our customers' productdevelopment with our cutting-edge technology.

Phone: 0476-49-3170
Web: https://www.hightechno-rise.co.jp/

4-18

Tooling

DA CHEN MOLD
With 40 years of expertise in PM Tooling manufacturing, DA CHEN MOLD, headquartered in
Taiwan, has established a global presence with clients spanning across the world. Our unwaveringcommitment to excellence is underscored by a track record of delivering superior quality products.
We pride ourselves on cutting-edge technology and a dedicated team, ensuring our customers
receive the best-in-class solutions. At DA CHEN MOLD, precision is not just a standard; it's a
tradition. Experience unparalleled craftsmanship and innovative solutions with us.

DA CHEN MOLD
No.436 Sec.2 Nankan Rd, Luzhu
Dist, Taoyuan City, Taiwan.
33855
Phone: +88 6332221868
Web: http://www.dachenty.
com.tw/

1-09

Tooling

GF Machining Solutions Ltd.
System 3R offers Tooling & Automation for efficient and accurate production of punches and dies.
Gives an increased productivity in the tool shop by a reduction of the set-up times, improved
accuracy & quality and reduced number of rejections. System 3R Tooling products are also perfectly
suitable for the powder compaction process.

GF Machining Solutions Ltd.
TVP Bldg 3-9-13 Moriya-Cho,
Kanagawa-Ku, YokohamaShi, Kanagawa-Ken, 221-0022
Japan
Phone: +81-45-450-1625
Web: https://www.gfms.com

4-14

Tooling

Exhibitor Information

Jiangxi Ningheda New Material Co., Ltd.
Established in 2017, located in Fengxin Industrial Area, Yichun City, Jiangxi Province, China, Jiangxi Ningheda New Material Co., Ltd. is
the subsidiary company of Jiangxi Ningxin New Material Co., Ltd.
Jiangxi Ningxin New Materials Co., Ltd. was established in 2007. It is an enterprise specializing in the research and development,
production and sales of special graphite. With a full set of special graphite production equipment, the process technology hasreached advanced level in domestic market, and the market share in the special graphite industry is far ahead. On November 8,
2016, Ningxin New Materials was successfully listed on the New Third Board (stock abbreviation: Ningxin New Materials, stock
code: 839719). In 2020, it was selected as a national-level specialized and new little giant enterprise. In May 2023, the company was
successfully listed on the Beijing Stock Exchange.
Jiangxi Ningheda New Material Co., Ltd. is mainly engaged in graphite product processing, graphite product matching service,providing graphite materials, graphite electrode and graphite products for the lithium industry, rare earth industry, machineryindustry, aerospace, semiconductor and solar photovoltaic industry, together with the corresponding products technical service andtechnical application of update program.
With excellent production technology, good customer service, high market share, and relying on the advantage of new material,
capital and management of parent company (Jiangxi Ningxin New Material Co., Ltd.), Jiangxi Ningheda New Material Co., Ltd.
develops quickly. We devote to the extension of the special graphite industry chain, and make contributions for building the future
whole graphite industry strategy.

74

Jiangxi Ningheda New MaterialCo., Ltd.
Fengxin Industrial Area, Yichun
City, Jiangxi Province, China
Phone: 0795-4605783
Web:
https://www.nhdgraphite.com/; https://nhdcarbon.com/

Congress & Exhibition Guide

4-17

Tooling

NIIGATA SEIMITSU Co.,Ltd
Mold for sinter parts. Helical gear , Bearing ball , others.

NIIGATA SEIMITSU Co.,Ltd

Prototype processed product of soft magnetic material.

854-5 Urajionji, Iwatsuki-ku,
Saitama-city
Saitama 339-0002(Somaloy prototyping material). stator core , others.

Phone: +81-48-794-1911
Web: http://www.nsmold.co.jp/

1-13

Tooling

ProGrit GmbH
Innovative products combined with unique know how and purposeful engineering leads to thecomprehensive mastery of the technology chain of compaction of metal and ceramic powders,building the base of success for our customers.

ProGrit GmbH

In addition to the innovative products ProGrit offers technical and economical consulting in thefield of compaction, grinding, measurement, tool and production technology for the machine toolindustry and the tool and die manufacturing.

Phone: +414485426

Kastellstrasse 6, 8623 Wetzikon,
Switzerland
Web: www.progrit.com

ProGrit offers comprehensive and holistic consulting & engineering services - from the analysis of thecurrent state up to the industrial realization and implementation of complex engineering solutions.

1-14

Other

Inovar Communications Ltd (Metal AM Magazine | PIM International | PM Review)
Inovar Communications is home to:• PM Review – for Powder Metallurgy and the metal powder industry. Discover more anddownload the latest issue here.
• Metal AM for all metal-based 3D Printing / Additive Manufacturing. Discover more anddownload the latest issue here.
• PIM International - for MIM, CIM, and sinter-based Additive Manufacturing. Discover more anddownload the latest issue here.

Inovar Communications Ltd(Metal AM Magazine | PIM
International | PM Review)

11 Park Plaza | Battlefield
Enterprise Park | Shrewsbury |SY1 3AF, UK
Phone: +44 (0)1743 469909
Web: https://www.metal-am.com/ |https://www.pim-international.com/ |https://www.pm-review.com/

75▲ Back to Contents

Exhibitor Information

Our aim is to deliver the highest quality technical journalism through print and digital platforms.
Alongside relevant and timely industry news and analysis, we dive deeper into the world ofadvanced manufacturing through our extensive feature articles.

Congress & Exhibition Guide■

JPMA Special Seminar

Date : October 15 (Tue.) 14:00–17:10
Venue : Exhibition Hall A, Pacifico Yokohama (1F)JPMA introduced JPMA Special Seminar on PM93, PM2000 and PM2012. These JPMA Seminar got favorable
comment from many visitors at that time and many people attended. This time JPMA will plan JPMA Special
Seminar that will be useful for visitors. This seminar will include JPMA Awards and Case Studies of Production
Efficiency Improvement. We will introduce up-to-date technologies in Japan by using this chance, please attend.
This Seminar will be held at the special place in exhibition place. You don’t need any application to attend.

JSS1 : Introduction of JPMA Awards- Selection of JPMA Awards 2019 to 2023
The categories of JPMA Awards include New
Product Award, Design Award, Material Award,
Production Process Development Award, Equipment
Development Award and Powder Award. And from2003, Grand Prix Award was settled for extremely
good item. We introduce 4 items that we selectedaward winners from 2019 to 2023 at WORLD PM2024.

JSS1-4
Practical Application of High Frequency &High Strength Reactor Core

JSS1 Program
JSS1-1Sintered part for motorcycle transmission
Mr. Toshiro Sato DIAMET CORPORATION
JSS1-2
Net shape manufacturing of complex multi-stage shaped parking parts with two-pcs simultaneous compacting.
Mr. Kohei Otomo (Sumitomo Electric Sintered Alloy, Ltd.) SUMITOMO ELECTRIC INDUSTRIES, LTD.
JSS1-3Oil-impregnated Sintered Bearings with Excellent Wear Resistance by Applying Density Gradient
Ms. Ayaka Sagae PORITE CORPORATIONJPMA Special Seminar

JSS1-4
Practical Application of High Frequency & High Strength Reactor Core
Mr. Yoshihiro Mikura (FINE SINTER CO., LTD.) FINE SINTER CO., LTD./Daido Steel Co., Ltd.

76

Congress & Exhibition Guide

JSS2 : Introduction of Case Studies of Production Efficiency Improvement-Selection of Case Studies of Production Efficiency Improvement 2019 to 2023
The themes in Japan's PM production are automation,energy saving, and quality improvement. By this
Theme, main 5 PM companies in Japan will introduce
their activities that we selected Case Studies from2019 to 2023 at WORLD PM2024.

JSS2-4
Appearance inspection of complicated outer shape sintered equipment,
application of anti-corrosion oil, construction of automatic packing line

JSS2 Program
JSS2-1
Touchless Integrated Production Line for Compacted Soft Magnetic Cores for Ignition Coils
Mr. Naoki Nishimura Sumitomo Electric Sintered Alloy, Ltd.
JSS2-2
Improved productivity of electric VCT eccentric shaft components
Mr. Mamoru Nakamura FINE SINTER CO., LTD.
JSS2-3
Improvement of Mold Maintenance for Powder Metal
Ms. Yuuko Sakuragawa NTN Advanced Materials Corporation
JSS2-4
Appearance inspection of complicated outer shape sintered equipment, application of anti-corrosion oil,construction of automatic packing line
Mr. Chihiro Enomoto DIAMET CORPORATION
JSS2-5
Quality Improvement in Machining Process77▲ Back to Contents

JPMA Special Seminar

Mr. Makoto Yoshida PORITE CORPORATION

Congress & Exhibition Guide■

Social Events

WORLD PM2024 offers a number of social events in addition to the main program, the technical programs,
exhibition, and JPMA Special Seminars. Accompanying persons are welcome to take part in these events.

WELCOME RECEPTION
Date: Mon., 14 October, in the evening
Door Open: 19:00
Opening Party : 19:30
Closing Party : 21:30
Venue: Annex Hall, Pacifico Yokohama (2F)
5 minutes walk from the conference center
Dress code
: Smart casual*Congress Registration is required to attend the Welcome Reception. Registration for “Presenting author/
Session chair”, “JPMA/ JSPM Member”,“Non-member”,“Ticket Buyers” entitles you to admission to the Welcome
Reception for free.
A reception will be held to mark the opening of WORLD PM2024, beginning with a band performance combining
Japanese and Western instruments ceremony. The reception is an opportunity for meeting old friends in theinternational powder metallurgy industry and making new ones with a buffet meal and drinks.
Welcome Reception event is sponsored by:Social Events78

Congress & Exhibition Guide

CONGRESS PARTY
Date: Wed., 16 October, in the evening
Door Open: 19:00
Opening Party : 19:30
Closing Party : 21:30
Venue: Grand Ballroom HOH-SHOH, Yokohama Royal Park Hotel (3F, Banquet Bldg.)
15 minutes walk from Pacifico Yokohama
Dress code
: Smart casual

PACIFICO YOKOHAMA
Yokohama
Cosmo World

Minatomirai Line
Minatomirai Sta.

The Landmark Tower
Yokohama
Museum of Art
Royal Park Hotel
Metropolitan Expressway Yokohane Line

Sakuragicho Sta.

*Congress Registration is required to attend the Congress
Party. Registration for “Presenting author/Session chair”,“JPMA/ JSPM Member”,“Non-member”,“Ticket Buyers”
entitles you to admission to the Congress Party for free.
This is a buffet style party featuring some attractions suchas fair booths of Matsuri.
This will also foster friendships among the participants andgive them the opportunity to enjoy each other at WORLD
PM2024.

79▲ Back to Contents

Social Events

Congress Party event is sponsored by:Congress & Exhibition Guide■

Registration

Schedule*All dates are in Japan Standard Time.

Early-bird Registration: 2 Apr. 2024 - 2 Sep. 2024
Late Registration:		
3 Sep. 2024 - 12 Oct. 2024
On-site Registration: 13 Oct. 2024 - at Noon, 17 Oct. 2024
Registration Fee*All payments must be made in Japanese yen
Early-bird Registration
From 2 Apr. 2024 to 2 Sep. 2024

Late Registration
From 3 Sep. to 12 Oct. 2024

On-site Registration
From 13 Oct. 2024 to 17 Oct. 2024

Presenting author/ Session chair*1

125,000 JPY

150,000 JPY

165,000 JPY

JPMA / JSPM Member*

170,000 JPY

204,000 JPY

224,400 JPY

Non-member

190,000 JPY

228,000 JPY

250,800 JPY

Student*3

15,000 JPY

18,000 JPY

19,800 JPY

Category

2*All registration fees are not subject to tax.

Fee includes as follow,
Category

Presenting author/
Session chair

JPMA & JSPM
MemberNon-member

Student

Accompanying
personAll Scientific
Sessions

14-17 Oct.

〇

〇

〇

〇

×

Opening Ceremony/
Plenary Session

14 Oct.

〇

〇

〇

〇

〇

Exhibition

14-16 Oct.

〇

〇

〇

〇

〇

Refreshment
Breaks14-17 Oct.

〇

〇

〇

〇

×

Lunch

14-16 Oct.

〇

〇

〇

×

×

〇

〇

〇

〇

×

Welcome Reception (14 Oct.)

〇

〇

〇

13,000 JPY

13,000 JPY

Congress Party (16 Oct.)

〇

〇

〇

15,000 JPY

15,000 JPY

WORLD PM2024
Proceedings
Social Events*1 Presenting author and Session chair Registration
Reduced registration fees are available for presenting authors and session chairs. All presentations are limited to one speaker per presentation.
Co-authors should register at the regular congress rates. The registration deadline for presenting authors is 2 August 2024 and the inclusion of
papers in the final Program and congress proceedings is dependent upon the submission of registrations and payment by this date.
*2 JPMA & JSPM Member Registration
Members of the JPMA and the JSPM will qualify for a discount on the full registration fee. The discount applies to all employees of full, associate
and affiliate company members, and also to individual members.
*3 Student Registration
The student category is for undergraduate and graduate students.
Students are required to upload a scanned copy (in either jpeg or pdf format) of their student ID via online registration form. Please be advisedthat student category will be applied for students who have full time job.
If you are a student and a presenter, please register under the student category.
*4 Social Events’ Ticket
Tickets for the Welcome Reception & Congress Party can be purchased at the congress venue.

Accompanying Person
Each participant may be accompanied by one companion.

Registration

Certificate of Attendance
A certificate of attendance for this congress will be substituted by a name badge issued at the venue on the day of the congress.

Cancellation Policy

Date of Cancellation

Registration cancellations will only be acceptedby email to worldpm2024-reg@jtbcom.co.jp.

Until 13 August 2024

15% cancellation fee

From 14 August 2024

100% cancellation fee (No refund)80

Cancellation Fees

▲ Back to Contents

Congress & Exhibition Guide■

General Information

Congress Date
13-17 October 2024

Venue
PACIFICO Yokohama
1-1-1, Minato Mirai, Nishi-ku, Yokohama 220-0012, Japan
https://www.pacifico.co.jp/english

Official Language
EnglishImportant Dates
Application for Exhibition
Deadline…………………………………………… Tue., 30 April 2024
Application for Sponsorship / Advertisement
First Deadline……………………………………… Fri., 29 March 2024
Second (final) deadline…………………………… Fri., 31 May 2024
Final deadline for sponsorship fee payment…… Fri., 28 June 2024
Registration
Registration open………………………………… Tue., 2 April 2024
Early bird discount deadline……………………… Mon., 2 September 2024
Pre-registration deadline………………………… Sat., 12 October 2024

Congress Proceedings*All papers of Oral / Poster Sessions will be published in the Congress Proceedings. Guidelines for the preparation ofmanuscripts were notified to authors with their acceptance letters on 29 February 2024.
The deadline for the manuscript will be 30 June 2024.
The proceedings will be published after the Congress. The presenting author must complete the delegate registration andpayment by 2 August 2024.
At first, for all participants, the proceedings will be released on WORLD PM2024 website. After that the manuscripts will be
released on the online journal of JJSPM (Journal of the Japan Society of Powder and Powder Metallurgy) which has been
selected the Scopus. This online Journal is the open access under the Creative Commons Attribution-Non CommercialNo Derivatives 4.0 International (CC BY-NC-ND 4.0) (Attribution-Non Commercial-No Derivatives) License (CC License). The
authors must agree to be granted the CC license. The APC (Article Processing Charge) of the online journal of JJSPM isincluded the registration fee.
However, not all manuscripts published in the proceedings of WORLD PM2024 will be published in the JJSPM online journal
due to the judgment of the JSPM publication editorial board.

Permission to Use Rights of Portrait
Photographs taken by the organizer's photographer at the congress and exhibition venues may be used for the purposeof reporting on the organizer's activities (publication in the newsletter and on the official website) and for soliciting
participants for this and future congresses and exhibitions.
The photographs or information provided will not be used for any other purposes unless the usage is clearly made known
and accepted by the provider.
81

General Information

All invited and contributed papers will be peer-reviewed by the Technical Program Committee.

Congress & Exhibition Guide

Accesshttps://www.pacifico.co.jp/english/access
P3

P2

P4

Minato Mirai-odori Blvd.
The Westin Yokohama
The Apartment Bay YOKOHAMA

Sta.
hama
Yoko

e
JR Lin
ine
tsu L
Sote

Takashimacho Sta.
ori St
ama-d
okoh
Shiny

The Landmark Tower
Yokohama
Royal Park Hotel

Oakwood
Suites Yokohama
Billboard Live
YOKOHAMAa.
ichi St
Basham

200

400 m

90 min.

YCATHaneda Airport

30 min.

Limousine Bus about(direct to PACIFICO Yokohama about 110 min.)

JR Narita Express about

JR Tokaido Line about

By Taxi about

90 min.

10 min.

Articulated Bus “BAYSIDE BLUE”
about
min.

17

(to PACIFICO Yokohama North about 11 min.)25 min.

Exit 2
By Walk

Minatomirai Line
JR Yokosuka Line about

30 min.

Tokyu Toyoko Line about

about

3 min.

30 min.

(direct link Minatomirai Line)

JR Yokohama Lineabout

3 min.

5

Tokyu Toyoko Line about

By Walkabout

5 min.

12 min.

(direct link Minatomirai Line)

Yokohama Municipal Subway “Blue Line” about

JR Yokohama Line about

about
min.

15 min.

17 min.

By Walkabout

12 min.

By Busabout

11 min.

JR-East Hotel Mets
Yokohama Sakuragicho
Sakuragicho Sta.

0

Limousine Bus about

Minatomirai Station

APA Hotel & Resort
Yokohama Bay Tower

Kanagawa
Prefectural
Museum of
Yokohama City Hall Cultural History
Yokohama Sakuragicho
Washington Hotel
Cross Gate

Sakuragicho Sta.

JR LineYokohama Municipal Subway

Nippon Maru
Memorial Park

Mo
vin
gW
alk
Line wayneha
YokoColette Mareaysw
Sakuragicho
Expres
an
lit
New
Otani
Inn
po
Sta.
Metro
Yokohama Premium

PIA Arena
MM

Metropolitan Expressway
Minato Mirai Exit

Route 16

Yokohama
Cosmo World

40 min.

24 min.

Sakuragicho Sta.

Suzukake-do
ri Ave
.

Shin
-Tak
ashim
a Sta
.

Yokohama
Museum of Art
Landmark
Mitsui Garden Hotel Mitsubishi
Plaza
Yokohama Minatomirai Minatomirai
PREMIER Industrial Museum

Police Box
Navios Yokohama
Unga Park
Bankoku-bashi
Sta.
BridgeAve.
doriashiokubBank

KT Zepp Yokohama
Yokohama Tokyu REI Hotel

Minatomirai Sta.
MARK IS
Minato Mirai
Keyaki-dori Ave.

Hara Model Railway
Museum Konica Minolta
PLANETARIA
YOKOHAMA

Yokohama Bay
Hotel Tokyu
Queen’s Square
Yokohama

Exit 2Icho-dori Ave.

ta.
ama S
Yokoh

Yokohama Sky Building Hamamirai
Walk Nissan Global
Yokohama City
Headquarters Gallery
Air Terminal

Yokohama
Minato Mirai
Hall

KishamYOKO
ichi P
HAMA
romen
ade
AIR CABIN

Toc
hin
okidori Ave.

Police Box

Yokohama
AnpanmanChildren’s Museum

Sogo Yokohama

Kokusai-bashi
BridgeKokusai-odori Blvd.
Keiyu Hospital

Yokohama
World Porters

ConferenceCenterP1

Yokohama Station

Cupnoodles
MuseumYokohama International
Organizations
Center

Plaza

P1

P1

Limousine Bus direct to PACIFICO Yokohama about

Kikuna Sta.

Megami-bashi
BridgeSakura-dori Ave.

Line
hane
Yoko
ssway
Expre
politan
Metro

Hilton Yokohama

Marine & Walk
Yokohama

JICA Japanese Overseas
Migration Museum

InterContinental
Yokohama Grand

Manyo-club
K-Arena Yokohama

Narita Airport

Yokohama Hammerhead

Tokyo Station

Pukarisanbashi Pier
Rinko ParkThe Kahala Hotel & Resort
Yokohama
the square hotel
Yokohama Minatomirai

1
Route
Yokohama Sta.

InterContinental
Yokohama Pier 8

Shibuya Station

Domestic
Berth

Minato Mirai-bashi
BridgeBay Quarter Yokohama

Yokohama Maritime
Disaster Prevention Base

Shinko Pier
Cruise Terminal

Shin Yokohama Station

Yokohama City
Central Wholesale Market

InterContinental
National Yokohama Grand
Convention Hall

Exhibition Hall

Annex
Hall

Keikyu Line about

P1

Harbor LoungeNorth

Sea Bass

Yamanouchi Pier

P1

P1

PACIFICO Yokohama North

About 40 minutes by direct limousine bus from Haneda Airport
Nearest stations: Minatomirai Line Minatomirai Station / JR Sakuragicho Station
1-1-1 Minato Mirai, Nishi-ku, Yokohama 220-0012, Japan Tel: +81-45-221-2155 (General Information)*To PACIFICO Yokohama North: 1-1-2, Minato Mirai, Nishi-ku, Yokohama

Sea Bass

Pukarisanbashi Pier

Rinko Park

PACIFICO Yokohama

ACCESS GUIDE

NogeChikamichi

Sakuragawa-bashi
BridgeParking Lot Information
P1 Minatomirai Public Parking Lot

P2 Rinko Park Parking Lot

P3 Bus / Large Vehicle Parking Lot

P4 North Parking Lot

2023.8

Wi-Fi AccessFree Wi-Fi access is available inside the venue.
*Password is not necessary.

About Yokohama

General Information

Yokohama, is the first harbor city introduced to the world as the entrance to Japan. Since the time its port was
opened, Yokohama has been vigorously acquiring new cultures and information from foreign countries andintroducing to Japan our country’s first-time-ever things from food to a wide range of cultures, which entitles
Yokohama as the birthplace of Japan’s modern culture. The Yokohama, referred to as “Hamakko” in Japanese,
has been very cheerful at enjoying life and willing to adopt whatever is good. Such a tradition of the “Hamakkos”
cultivated long ago has been incorporated into the present fashionable and sophisticated streetscape.
For more detailed information, please visit “Yokohama Official Visitors’ Guide”;
https://www.yokohamajapan.com/about/Inquiries
WORLD PM2024 Secretariat
c/o JTB Communication Design, Inc.
Celestine Shiba Mitsui Bldg., 3-23-1 Shiba, Minato-ku, Tokyo 105-8335, Japan
E-mail: worldpm2024@jtbcom.co.jp
TEL: +81-3-5657-0777
82▲ Back to Contents

World leading
MIM powder company
reinvents AM material.

The Fine Metal Powder Company

www.atmix.co.jp

100
95
75

25
5
0

Fluidtherm PM A4 Advt June 2024

W180×H271

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Under superior production technology and latest thorough quality control,
we have been offering excellent iron powder since 1970.

Iron Powder

Graphite Segregation Free Steel Powder SEGLESS™

For powder metallurgy applications

Other applications

Pure iron powderHigh compressibility iron powder
Free cutting iron powderHigh strength pre-alloyed powder

Iron powder for chemical reaction
Iron powder for deoxidizers
Iron powder for hand warmers
Iron powder for purifying soil and groundwater ECOMEL™
High-performance fine alloy powder

Partially alloyed powder
Sinter-hardening alloyed powder
Iron powder for magnetic applications
MAGMEL™

Advanced Materials Business / Steel Powder Unit / Steel Powder Sales Department
Tokyo Head Office : ON Building, 9-12, Kita-Shinagawa 5-chome, Shinagawa-ku, Tokyo, 141-8688, Japan
Osaka Branch Office : Midosuji Mitsui Building, 1-3, Bingomachi 4-chome, Chuo-ku, Osaka, Osaka, 541-8536, Japan
URL https://www.kobelco.co.jp/

E-Mail powder-steel@kobelco.com

機 械 も暮らしも滑らかに。
世 界 の 粉 末 冶 金 ブ ラ ン ド「 ポ ー ラ イ ト 」

We smoothen machine engineering and people’s lives.
PORITE, the leading powder metallurgy global company.

進化し続けるテクノロジー
生活には様々な機械が溢れている
Technologies are advancing. We see machines ever ywhere.

私たちが造るのは時に、本当に小さなパーツ
それは見えないけれど確実に存在し息づいている
Our products are par ts, sometimes ver y small.
They are out of sight but in no way trivial.

世界中で活躍するポーライトの粉末冶金技術
スピーディ、低コスト、安定した供給でお客様の課題を即座に解決製造技術の総合力が私たちのコアバリュー
World-renowned powder metallurgy technology of Porite
Speedy, low-cost, and steady supply quickly solves problems.
Integrating manufacturing technologies is our core value.

今も未来もあなたの心をときめかす存在であり続けるために世界に不可欠なポーライト
Brightening you is our ambition.
We are Porite, an indispensable company to the world.

自動車用部品

MIM 部品

焼結含油軸受機械部品

Automotive Par ts

Metal Injection Molding

Oilless Bear ing Par ts

Machine Par ts

国内拠点 4 箇所・4 工場、海外拠点 3 箇所・6 工場。世界中のニーズにお応えしています

4 of fices and 4 factories in Japan. 3 of fices and6 factories in overseas countries. To satisf y the global needs.
国内拠点

JAPAN

海外拠点

OVERSEAS

本社工場

Headquaters & Factory

ポーライト 台湾工場

Porite TAIWAN CO.,LTD.

熊谷営業所

Kumagaya Sales Office

熊谷第一工場／第二工場／第三工場

Kumagaya Primary Factory / Secondary Factory / Third Factory

ポーライト 台湾頭份工場

Porite TAIWAN CO.,LTD.

大阪支店／名古屋支店

Osaka Branch / Nagoya Branch

ポーライト シンガポール営業所

Porite SINGAPORE (PTE) LTD.

静岡営業所

Shizuoka Sales Office

ポーライト マレーシア工場

Porite MALAYSIA SDN BHD.

住所・電話番号ADDRESS & TEL

ポーライト 中国揚州工場

Porite YANGZHOU Technology & Industry CO.,LTD.

〒331-0823 埼玉県さいたま市北区

Nissincho 2-121 Kitaku,

日進町 2-121

ポーライト アメリカジェファーソン工場

Porite JEFFERSON CORPORATION

Saitama City, Saitama Pref.

048-653-2222+81-48-653-2222

ポーライト ヨーロッパ営業所

Porite EUROPE S.A.R.L.

お問い合わせCONTACT US

ポーライト アメリカ営業所

Porite U.S.A CO.,LTD.

e-mail: eigyou@porite.co.jp

e-mail: eigyou@porite.co.jp

ポーライト インド工場

Porite India Private Limited

Tou-Fen Factory.

https://porite.co. jp

the Metal Solution
Metals from the EarthHave shown us the universe

PM-HIP Part
(Net Shape)

PM-HIP Part
(Near Net Shape)

Harmony Tower 27F, 1-32-2
Honcho, Nakano-Ku, Tokyo,164-8721, JAPAN

Returgatan 1
SE-735 31 Surahammar
SWEDENChallenging Possibilities ofMetal Processing

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MIM

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Gas

Vucuum heat treatment& Surface treatment utilizing Hi-NiTo®

Osaka Yakin Kogyo Co., Ltd.
Head Oﬃce 4-4-28 Zuiko Higashiyodogawa-ku Osaka 533-0005 Japan
Miki Factory 25 Tomoe Besshocho Miki Hyogo 673-0443 Japan
URL : h�ps://www.osakayakin.co.jp/

PIONEER IN POWDER METALLURGY

Osterwalder Japan K.K
14F Hibiya Central Building, 1–2‑9
Nishi‑Shinbashi, Minato‑ku, Tokyo
105‑0003, Japan
Phone +81 3 5532 5661
info@osterwalder.com
www.osterwalder.com

POWDER METALSOLUTIONS
The transformation of the Automotive Industry toward
electrification is driving the Powder Metal world to innovations
related to the production of components that had never been
produced before.
The result can be observed in the recent production of powder
metal parts with full density and helical gears with angles up to45°, which is a decisive goal for the Press&Sinter technology.
In addition, besides the Automotive industry, even companies
involved in different industries have the opportunity to takeadvantage from these new techologies to enter new sectors.
Follow SACMI in its journey towards electrification.

OUR LATEST INNOVATIONSFOR THE POWDER METAL INDUSTRY
DIE WALL LUBRICATIONSYSTEM

HELICAL GEAR SYSTEM AND
FULL DENSITY HELICAL GEAR PARTS

7,71 g/cm3
GREEN DENSITYUP TO 45°
AT HIGH DENSITYAND MUCH MORE.
SACMI IMOLA S.C. – Via Selice Prov.le 17/A – 40026 Imola (BO) – Italy
Tel. +39 0542 607111 – Website: www.sacmi.com
E-Mail: sacmi@sacmi.it

Pagina pubblicitaria WorldPM2024.indd 1

06/05/2024 12:11:37

Multifaced characterization for functional metal powders
such as 3D printers, Shot peening, etc.

~Particle size distribution, Particle shape, BET Speciﬁc surface area, True density~

8-2-52 Nanko-Higashi, Suminoe-ku, Osaka 559-0031, Japan
TEL: +81-6-6655-0362, Fax: +81-6-4703-8901

MICROTRAC BEL AD W180mm×H129mm #A

https://www.microtrac.com/
E-mail international@microtrac-bel.com

2024.06.28

MIM＝金属粉末射出成形法
Metal Injection Molding＜MIMとは＞MIMは粉末冶金と射出成形技術を融合した製法で「3次元複雑形状を金属で作れる」という製法。
類似製法ではロストワックスとアルミダイカストが上げられるが、MIMはFe、SUSなどの高融点の材料を選択でき、この2つの製法と比較し寸法精度に優れる。

＜特徴＞＜当社の強み＞・部品点数実績700点以上、多種多様な分野の知見、実績あり・品質保証体制 IATF16949、ISO13485取得済、重要保安部品量産中・医療向け材料の取り扱いあり＜お問い合わせ先＞
日本ピストンリング株式会社
営業本部 技術サービス部
TEL：0280-57-1234
E-Mail：metamold@npr.co.jp
ホームページ：https://www.npr.co.jp

EXPLORE
MORE!

MORE THAN 30 YEARS OF EXPERIENCEFURNACES FOR METAL INJECTION MOULDING
AND ADDITIVE MANUFACTURING

EBOMIM 3

GLOMIM 3

HTKMIM 3

CATALYTIC DEBINDING

REST DEBINDING & PRE-SINTERINGREST DEBINDING & FULL SINTERINGThe EBO-MIM was specially developed to meetthe strict requirements of catalytic debindingof MIM parts. This oven is an ideal solution for
debinding green parts from Catamold® - madeby BASF feedstock.

For MIM technologies the thermal
debinding process should guarantee
the binder decomposition, safe removalof volatile substances and protection of
metallic powder from oxidation.

Sintering of the brown parts for MIM technologies
requires vacuum furnace technology. The ideal
solution for this is the HTK-MIM vacuum furnace.
It is equipped with all relevant features fordebinding and sintering.

www.carbolite-gero.com
Carbolite-Gero-Advert-GB-180x129_AM.indd 2

26.01.2024 14:47:49

The world of PM atyour fingertips
The leading magazines for the metal powder industries
In print and online

Visit us at Stand 1-14 | Pick up your copies from the publication area
Download every digital issue for free
www.metal-am.com | www.pm-review.com | www.pim-international.com
WorldPM2024 advert - September 2024.indd 1

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