Turning fantasies into ideas
with carbon nanotubes

With execution to the future

In 1991, Carbon Nanotubes (CNTs) were discovered in Japan.
Recently, as their performance and properties have been elucidated,
the industrial application have been expanded.
Nowadays industry frontrunners focus on CNTs
as a new structural or functional material of future productsthat are impossible with others.
Moreover, CNTs are carbon ﬁxation material.
We are developing the process of CNTs production from CO2,
with commercial viability.
We believe our CNTs make a signiﬁcant contribution
to the carbon-neutrality of the world.

From Space to Life science
Material enabling quantum leap.
CNT have 100 times stronger mechanical strength than steel, yet lightweight and ﬂexible.
CNT are expected to be used as structural materials in the ﬁelds of space development andaeronautics, as well as construction and civil engineering.
CNT are also expected to be utilized as a functional material and composite material in thesemiconductor and energy sectors due to electrical conductivity resistance, which is said to beapproximately 1000 times higher than that of copper.
CNT also have extremely high thermal conductivity and heat resistance.
Furthermore, excellent chemical stability of CNT brings high safety for the human body, which attracts
attention in the medical and life sciences ﬁelds. CNT are long-awaited material in every industry.

Wide range of potential industries

Aerospace

Materialpropertiesbeyondcommonpractice

100 times
strongerthan steel

Environment
EnergyStrength

Thermalconductivity

Transport

Construction

Storage

Civil

Life

1000 times
that ofcopper

Electronic

Healthcare

Electricalpermissibility

Heatresistance

Device10 times
more thancopper

Melting
point is 3000
degrees ormore without
oxygenCNTs are c ar b on material , w hich contribute to c ar b on neutr al .
As a technology-oriented company in this planet, environmental impact is a key driver of our R&D roadmap.
Compared with carbon ﬁber or carbon black, CNTs production process consumes less energy.
CNTs has potential use of metal replacement, which decreases dependence to limited natural resources.
Researchers also focus on CNTs from the CCUS (Carbon dioxide Capture, Utilization and Storage) viewpoint.
We are in the phase of increase efﬁciency of CNTs production process using carbon dioxide as rawmaterial. This contributes circular economy and sustainable world.

gather & oxidize

functional materials

exhaust gas

carbon recycle image

structual materials

CNT applications

capture CO2

CO2
CO2

split CO2
CNTs

CO2

Despite CNTs have 30 years history,
there have been challenges for commercial use.
Quality, quantity and cost.
We overcome them with innovative mass production technology.
In addition to the high quality as material,
our CNTs mass production equipment is space-saving and energy-saving.
With CARBON FLY s technology,
our CNTs will ser ve for various applications across industries.

Through innovation ideal to reality

High qualit y, low variation,with mass produc tion technology
Qualit y as material with highes t s tandards ．

Conventional CNTs production process is growing CNTs from a mixture of catalyst and carbon.
However, CARBON FLY has developed a unique technology to grow CNTs with uniform control ofdiameter and length by separating the catalyst and carbon. This has enabled the mass production ofCNTs of much higher quality, compared with conventional production process.

ConventionalCARBON FLY innovation

exhaust port
closed heater (〜800℃)

heater

8-10m longheatercarbon gas

Production
Methodcatalyst & carbon gas→CNTCNT

automatic valve
original catalyst

2m longemission ofcarbon & gas

CNTs grow from a substrate which has
been coated catalyst.

Catalyst & carbon gas are mix-sprayed
into a huge heater．

Puritycatalyst and contain
impurities

contains little catalyst and impurities

Shape
Distributuon

uneven length and diameter

Uniform distribution
by controlling length and diameter

Processability

CNTs are irregularly entangled
and difﬁcult to process

Can be processed intoﬁbers and ﬁlmsMore like a device, than an equipment. Space saving design.
Our CNTs production equipment is far more compact than conventional ones.
Moreover, it is designed to be installed in ofﬁces, with ofﬁce power supply.
It is no longer a plant, but a device.
Its design addresses potential requests for in-house production of customers.

Bringing innovation to society

Until recently, CNTs have been used in powder form.
Our new production technology enables offering CNTs
in the form of ﬁlms and ﬁbers
so that applications have been extended.
We are also focusing on building suppor t systems,
such as sample research and the providing dispersion technology,
to accelerate the development of products made from CNTs.

A variety of CNT morphologies
as your needs and purposes
Provide not only CNT powders, but also CNT ﬁlms or CNT ﬁbers.
We offer high quality and uniformity of CNTs with various product line-ups.
The basic form is powder with no secondary processing.
We also provide paste (liquid) added water or organic solvents to our powders.
SWith high spinnability of our CNTs, we can provide ﬁber and ﬁlm with no additive.
We suppor t wide range of industrial ﬁelds with clients through developing various applications
such as CNTs added polymers, CNT-CFRP composites.

POWDER

Product Features

FILM

FIBER

It can be combined with otherIt can be formed into thin ﬁlm

Our homogeneous CNTs are easy tomaterials to add new functions andshapes, making it easy to control

twist into ﬁbers. Therefore it can beproperties; electric conductivity,

mechanical properties by lamination.

used as cable or wire form.

mechanical property etc.

We can also supply it as prepregs
impregnated with polymer.

ExamplesAerospace

Aero Engine

Satellite Structure

Thether for Satellite

Environment & Energy

Lithium -ion Battery

Wind Power Blade

Transmission Cable

Transport & Storage

Automotive Tire / Rubber

Automotive Parts

High - pressure Hydrogen Tank

Life & Healthcare

Medical Instrument

Golf Club / Fishing Rod

Medical Equipment

Conductive Paste

Motorb ike Cowl

Thether for Satellite

Supp or t to acceler ate new pro duc t development s .
We can adjust the length of CNTs in the range of 10-1000μm.
We also have the advanced cellular dispersion technology which disperse CNTs from a dense state.
These technologies enable to be obtained the desired functions and properties easily
and to develop new materials and products smoothly.
We actively work some joint research projects with our clients to provide exact materials they need.

To achieve the earliest social implementation of CNTs. This is our principle and goal.
We try to change ideal imaginations into realities in the future society
through popularizing this material with huge potentials.
We want to accompany with people who never give up to pursue ideal ways.
To become your partner, CARBON FLY will keep improving our technologies.

We ll be your hope to achieve your dreams.

Company O ver view

Name
Head Ofﬁce

CARBON FLY, Inc.
Time 24 Building 11F, 2-4-32 Aomi, Koto City, Tokyo #135-0064, Japan
Tel +81-3-3599-5257

HP
Established
Main Business Field

https://carbonﬂy.co.jp/Januar y 31, 2022
1̲Carbon Recycling Business2̲Research, Development, Manufacture and Sale of nanocarbon materials
and its related products
3̲Development, Manufacture, Sales, Installation, Maintenance of facilities& peripheral equipment, etc., related to nanocarbon materials and its related products
4̲Consultation & Consigned development of nanocarbon materials

Principal Shareholders
Transfer Agents for Common Stock
Number of Employees
Representative

K ANEMATSU CORPOR ATION, F.C.C. Co., Ltd.
Mizuho Bank, Ltd., Sumitomo Mitsui Banking Corporation
43 (as of April 1, 2024)
Fei Deng

Tokyo international Cruise Terminal St.

Aom i St.

P

Yu r ik am o m ePTokyo International
Exchange Center＜By Train＞

Tokyo
WanganPoliceStationP○ Yurikamome
The National Museumof Emerging Scienceand Innovation

Fuji Television
Wangan Studio

Approx. 2 mins walk from Telecom Center St.
○ Rinkai Line
Approx. 18 mins walk from Tokyo Teleport St.
(Complimentary shuttle buses available on weekdays)

TIME24 Building 11F＜By Car＞

Aomi Frontier Building
Port andHarborGovernment
Oﬃces○ From center of Tokyo : Route 11 (Shuto Expressway)
Approx. 5 mins from Daiba IC

1B

Telecom Center St.

○ From Yokohama/Haneda : Bayshore Route (Shuto Expressway)
Approx. 3 mins from Rinkai Fukutoshin IC○ From Chiba : Bayshore Route (Shuto Expressway)

Telecom Center Building

Approx. 7 mins from Ariake IC＜By Bus＞○ Toei Bus KM01 Tokyo Kowan-Godochosha