High Corrosion Control Technology

FUJI FLAKE LINING SYSTEMSCONTENTS

A Global Line-up of Advanced Anti-corrosion Systems
FUJI FLAKE LINING SYSTEMSI

n 1967, Fuji Resin became the first company
in Japan to develop a unique anti-corrosion
lining—Fuji Flake. This lining is being put toeffective use in flue gas desulfurization plants inthe areas of power generation, iron and steel,
non-ferrous metals, pulp and papermaking,chemical processing and garbage incineration. It isalso enjoying considerable sales in many industrial
fields as it stands up magnificently to severe
conditions of corrosive gases and chemicals, heat
and abrasion.
In other applications, too, it has earned great
acclaim as a high-technology product exhibiting
ideal corrosion preventing functions which replacerubber linings and anti-corrosive metals.
We at Fuji Resin are applying our extensive
experience in researching, developing andproducing the most effective of materials. To
achieve this, we have established a high-grade
and thorough system of high-quality corrosion
control design, safety control and site work
management. And now we can respond withcomprehensive anti-corrosion systems through themost advanced maintenance technology for life
research, modification, renovation and upgrade
technology.
Our sphere of operations now includes U.S.A.,
Germany, U.K., Italy, S.Korea, Taiwan and S.E.
Asia. Thanks to our technology exports, local
technical guidance and technological tie-ups, ourcorrosion control systems are being given a great
deal of worldwide attention.

1

Innovative Anti-corrosion
Systems

3

Types of Fuji Flake andRelated Systems

5Anti-water Vapor
Permeability andChemical Resistance7

Heat Resistance andFlexibility Properties

9

Abrasion Resistance

11

Standard Methods ofProcessing

13

A Wide Range ofApplications

15

Application in Power
Generation

17

Corrosion Engineering
ServiceA Wide Range of Programs for Tackling an
Extensive Range of ApplicationsF

uji Flake lining is a result of proprietary Fuji
Resin technology. It is made bycompositing 2 to 5 µm thick, 0.2 to
3 mm large flake glass with thermosetting resins
such as vinyl ester, polyester and epoxy. This isthen coated or lined to a thickness of 0.2 to 4 mm.
Other related systems have also been used
Chemeq-Line or Fuji Brick for added functionality
such as high corrosion preventing and heat
resistance, and extended to field applications.
Consequently, we have completed a wide rangeof corrosion control systems that meet an
extensive range of applications.

Fuji FlakeFuji Flake SL

#6300
#6100

High corrosionresistant spray type

Vinyl ester#503(S)

PolyesterFlexible typeFuji Flake
AR

Standard
type

FRP reinforced
type

Fuji Flake Lining
Systems

Fuji FlakeAC

Abrasionresistant type

Functional
type
Chemeq-Line
SystemChemeq-Line
SystemHigh functional typeFuji Brick
System

#101
#301
#501

#6H−AR#6R−AR

PrimerHighly Corrosion-resistant
applications in FGD
plants, ducts and stacks

Vinyl ester#508(S)#506(S)

Fuji Flake C

Corrosion-resistantcoating type

Flake Flex

Relatedsystems#6H・#6R・#6S#5H・#4・#3

High corrosionresistant trowel type

PrimerAtmospheres/Chemicals
Top Coat

Fuji Flake C
PrimerModified epoxy
Modified urethane
Modified polyester

Chemical resistant, highadhesive and flexibility inconcrete structures

Highly corrosion- and heat-resistant systemcomposited with FRPs
# 10・ # 2001・#1000・# 6H・# 6R・# 6S・# 5H
Chemeq-Line CL, AC, FX SeriesHigh abrasion and corrosion-resistancesystemChemeq-Line #5805・#5810
AC Series

Highly heat-resistant and corrosion preventing
system combined with brick linings
X−10・X−1000・X−9000

Abrasion and highcorrosion-resistant
applications. Hydrofluoric
acid-resistant

Flake Flex

PrimerFuji Flake AR

Fuji Flake AC

Primer

Applications requiring highcorrosion-resistance andheat-resistance in chemical
processing equipment, etc.

PrimerChemeq-Line System(High functional type)Chemicals/Gases Abrasion
Top Coat

PrimerChemicals/Gases
High Temperatures
Fuji Brick System

Highly Corrosion and heat
resistant applications.
Attachments corner
reinforced

Chemicals/Gases Abrasion
Top Coat

Chemeq-Line
SystemChemicals/Gases
Abrasion
Top Coat

High-Class paint applicationsin ships, bridges, marine
structures, chemical plantsetc.

Chemicals/Gases
Top Coat

Chemicals/Gases
Abrasion
Top Coat

Vinyl ester

Vinyl ester

Fuji Flake SL

Chemicals/Gases
Top Coat

Primer

#6R-AC(R)#6H-AC(R)

Highly corrosion-resistant
applications in DeSOx,
DeNOx plants, ducts andstacks chemical processing
equipment, etc.

Fuji Flake

Chemicals/Gases
Top Coat

Vinyl ester
Polyester

Fuji Mastic
Fuji Flake
SystemApplications requiringhigh abrasion-resistant,Hydrofluoric acid-resistantApplications requiring high heatresistance in incinerated garbage
gases, high temperature liquids inchemical processing, etc.

Primer3

4

Chemical Resistance of Fuji Flake
Stops H2O Vapor

30℃

Stops Chemicals

25%
50%
70%
80%
10%
25%
37%
10%
20%
50%
85%
5%
20%
5%
20%
10%
50%
75%
10%
50%
all
10%
25%
40%
5%
10%
5%
12%
15%
10%
satu
—
—
—
—
all
all
37%
all
all
all
all
all
all
all
all
all
all
10%

Sulfuric Acid

Hydrochloric Acid

Inorganic AcidsF

uji Flake forms a multilayer barrier that is stable
for long periods incorrosive environments andperforms outstandingly. Thisbarrier completely protects the
structure and forms horizontal
lines in the matrix to prevent thepermeation of gases such as
water vapor, oxygen or corrosive
gases—all causes of corrosion—and forms a solid bond with thematerial of the structure.

Nitric Acid
Phosphoric Acid
Chromic Acid

Promotion Test of Anti-water vapor
permeability (In-house comparison values)

Hydrofluoric Acid＊

No abnormalities

A
Rusting1011

No abnormalities

B Rusting

Moisture
Vapor

Multi
Barrier

Organic Acids

Volumetric Insulation Resistance(Ω−cm)

Chemicals
1012

Steel

1010

No abnormalities

Acetic-Acid
Formic-Acid
Lactic Acid

109

Thickness for test
2000 μ

107

300

600

900

1200

1500

1800

Sodium Hydroxide

AlkalisC Rusting108

Ammonium Hydroxide

or moreFuji Flake SL #6300
Fuji Flake #6H-AR

Fuji Flake #6HGeneral Flake lining (large size)

Proprietary Fuji Resin technology
has increased the anti-water
vapor permeability of Fuji Flakeand Fuji Flake SL. Thanks tolonger-lasting corrosion resistance,
we have achieved a long last of
results in flue gas desulfurization
plants. In chemical processing,complex reactions and synthesis
are combined and a high level ofchemical resistance is required.
Fuji Resin responds to this fieldwith Fuji Flake-AR and further
with Chemeq-Line system, acomposite FRP technology.
Also, the high-temperature region
can be extended up to 800°C byusing it in combination with the
Fuji Brick system, as this supports
chemical resistance at hightemperatures.

Salts

C

Organic Substances and Solvents

General FRP lining

Gases

General Flake lining (small size)

A

B

Bleaching/oxidation
solutionsTime(hrs)

HeaterCoolerPromotion Tester of Anti-water
vapor permeability

Wa te rCoolerP

Chemicals

Test plate

Test plate

Sodium Hypochlorite
Chlorine Dioxide
Hydrogen Peroxide
Chlorine Water
Chlorine Gas
Hydrochloric Acid Gas
Sulfur Oxide Gas
Sulfuric Acid mist
Acidic and Neutral
Alkaline
Formaldehyde
BenzeneTolueneStyreneMethanol
AcetoneTrichloroethylene
Chloroform
Carbon Tetrachloride
Ethylene Dichloride
Carbon Bisulfide
Phenol

60℃

90℃

120℃

6H

6S

6R

6R

6R

6H

6H

10

10

10

10

10

10

10

6H

6H

6H

6H

10

10

6S

6S

10

10

10

10
10

10

10

6H

6H

6H

10

10

6H

6H

6H

10

10

10

6H

10

10

10

10

10

5H

5H

5H

5H

5H

5H
6H

10

10

10

10

10

10

10

10

10

10

10

10

5H

5H

5H

5H

5H

5H

5H

5H

5H

5H

5H

5H

5H

6R

6R

6R

6R

6R

6R

6R

6R

6H

6R

6R

6R

6R

6R

6R

6H

10

10

10

150℃

10

10

6R

6R

6R

6R

6R

6H

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6R

6H

6H

6H

10

10

10

6H

6H

10

10

10

10

10

10

10

10

6H

6H

10

10

10

10
6H

10

10

10

6R

6R

6R

6R

6R

6R

6R

6R

6R

6H

5H

5H

6R

6R

6R

6R

6R

6H

5H

6R

6R

6R

6H

6H

5H

6R

6R

6R

6H

6H

2001 2001 2001 2001

5H

2001 10

6H
6R

6R

6H

10

6H

6H

6H

6H

6H

6H

10

10

6H

6H

6H

6H

6H

6H

10

10

10

6H

6H

6H

6H

6H

6H

10

10

10

6H

6H

6H

10

10
10
10

10

10

10

10

10

6H

6H

10

10

6H

6H

6H

6H

10

10

6H

6H

6H

10

10

10

6H

6H

6H

6H

10

10

6H

6H

6H

10

10

10

6H

6H

6H

6H

10

10

6H

6H

6H

6H

6H

10

180℃

10

10

10
10

10

10

10

10

10

10

10

10

Note: The above table only serves as a guideline. Therefore consult us before determining
materials.
＊ Hydrofluoric acid resistance is an optional specification.

Deterioration of flake glass
affected by fluoric acidー microphotographComparison with Rubber and Corrosion-proof Metals

Service Life Prolonged by a Stable Multi-Layer Barrier
Anti-water Vapor Permeability
and Chemical Resistance5

Change of Weight(mg/c㎡ )30%H2 SO 4 110℃
Corrosion

20
16

Buty-Rubber

8
4

Fuji Flake #6H No abnormalities

0−4

Titanium

−8
−12
−16
−20

Stainless
Steel
Corrosion
150

Corrosion

Hastelloy C
Corrosion

700

1500

2200

4300
(hrs)

Fuji Flake #6H

6H

Fuji Flake #6H-AR

Fuji Flake #6R

6R

Fuji Flake #6R-AR

Fuji Flake #6S

6S

Chemeq-Line#6S

Fuji Flake #5H

5H

Chemeq-Line#5H，CL #5805

Fuji Brick System

10

Chemeq-Line#10，
CL #5810

2001 Chemeq-Line#20016Fuji Flake Lining exhibits
little residual stress atcuring, a coefficient ofthermal expansion approachingthat of metal and superb
adhesive qualities on metal andconcrete structures. Furthermore,
its heat-resistance is stable overlong periods.

Physical Properties of Fuji Flake
Tensile Strength

(MPa)

39

88

(MPa)

78

127

(GPa)
Coefficient of thermal
expansion(1/K)
Vapor Permeability
2(g/m ・24hr・mmHg)
Impact Test
(DuPont method)(g×cm)

7.8

7.8

2.0×10-5

2.1×10-5

Flexural Strength
Flexural Modulus

Heat Resistance（℃）
Liquids
Gases

Grade
Fuji Flake #6H

120

150

Fuji Flake #6R

90

100

Fuji Flake #5H, #6S

110

130

Fuji Flake #3, #4

80

90

Fuji Flake SL #6300

130

160

Fuji Flake SL #6100

100

120

Combined use with Fuji Brick
increases the heat-resistant andinsulating properties of Fuji Flakein environments where its heatresisting limit is exceeded.
Fuji Brick X-10, as it is jointless,demonstrates corrosion
preventing functions more reliably
at a maximum heat resistance of
200 °C.
Fuji Brick X-9000 excels in sudden heating and cooling andin spoiling resistance with a maximum heat resistance of
800 °C. It is used in various areas including hot gas cooling
towers in garbage incineration plants and iron and steel
pickling lines.

0.01(1 mm) 0.01(1 mm)
500×50passed500×50passed

(%)

0.5

1.5

Tensile Lap-shear Adhesive
Strength
(MPa)

12

12

Elongation

Heat Resistance of Fuji FlakeFuji Flake Fuji Flake#6R#6R-AR12

Properties

Repeat-Loading Fatigue Test
Constant stress type dual amplitude system,
repeated bending strength
Conforming to method B of ASTM D671-63-T

Test Piece

Maximum
Flexural Stress(MPa)

Result196

10,000,000 times.
No abnormalities

245

570,000 times.
Cracks in carbon
steel.
No abnormalities
in Fuji Flake Lining.

Base metal(Carbon steel
SS400),
Lining material(Fuji Flake#6R 2 mm)100
50r

Fuji brick X-10

Brick (Acid・Proof)

1.3〜1.5

1.3〜1.4

2.1〜2.2

Porosity

(%)

20〜25

8〜15

8〜13

Water Absorption

(%)

8〜12

4〜6

4〜6

Compressive Strength(MPa)

5.0〜10

11〜14

59〜69

Flexural Strength(MPa)

1.5〜2.5

3.9〜4.9

20〜29(W/(m・K))

0.2〜0.5

0.4〜0.5

0.9〜1.1

Coefficient of Thermal Expansion (1/K×10-6)

0.3〜0.4

12〜13

4〜6

800

200

200

Thermal Conductivity
Heat Resistance

(°
C)

24

Fuji brick X-9000

Bulk Density

40

Physical Properties of Fuji Brick
Properties

9 φ× 4

Fuji Flake #6R2t0σ
SS ‒ 400 3 t

Adhesion and Flexibility Test

FUJI FLAKE and X-9000,combined lining being
applied to a flue gas desulfurizing inlet duct

Continuous acid picking lines, Fuji Flake
AR/X-9000

Responding to Thermal Stress, Deformation
and Fatigue under High Temperatures

Fuji Flake Lining possesses excellent adhesive flexibility
properties against deformation and fatigue. In a fatigue
test where dual amplitude stress of 245 MPa is applied
to carbon steel SS400, no abnormalities are found in Fuji
Flake whereas carbon steel started to crack at around570,000th test and eventually broke.
Ordinarily, safety is further improved as it is designed atallowable stress values lower than the yield point.
Fuji Flake AR demonstrates excellent flexibility properties inlocal deformation. And Flake Flex is best suited to concrete
structures where high adhesive and flexibility are required.

Test

Fuji Flake#6R

Fuji Flake#6R-AR

Flake Flex
#501

Bending
Deformation, (θ)

4°8°No breakage

Corner
10 r
Deformation,
30 r(θe-θo)

1°
21

3°
30

6°
10

2°
10

4°
40

or more9°Bθ
450 mm

θe
θo

t

r

Heat Resistance andFlexibility Properties

7

8

containing slurry in coal-fired
FGD plants and phosphate rockagitators.
Abrasion Resistance of Fuji Flake AC (Inhouse comparison values)
After Corrosion Resistance Test (5% H2SO4 at 80°C)
Taber Abrasion Test (CS-17, 1000g/1000 cycles)

Reduction value in Abrasion（×10−3 cm 3 ）Fuji Flake AC (Abrasion andChemical resistance)
demonstrates particularly wellagainst abrasion, erosion andother physical damage. It also
demonstrates abrasion and highcorrosion-resistant qualities thatcannot be achieved by rubber insituations where agitation,splashing of liquids, slurryabrasion and corrosion resistance
are required.
Even the corrosion of materials
that initially are highly abrasionresistant is accelerated when
deterioration caused by chemicals
once sets in. The performance ofFuji Flake AC is stable as it
outstandingly resists corrosion
and abrasion even against
hydrofluoric acid. Its highabrasion resistance has been put
to the test on chemicals

0ー 20

Fuji F
la

ー 40

Fuji

ke #6R
U

Flake

-AC

#6R-A
R

ー 60
ー 80

ー 100

ー 120
ー 140

Butyl Rubber
Chloroprene
Rubber
1000

2000

3000

4000

5000

6000

Corrosion Test Time (hrs)Physical Properties of Fuji Flake #6RU-AC

Taber Abrasion
1000 cycles
CS-17・H-18 1000grams

Properties

Unit

Fuji Flake #6RU-AC

Tensile Strength

MPa

59

Flexural Strength

MPa

98

Flexural Modulus

GPa

7.8

Tensile Lap-shear Adhesive Strength(on SS400)

MPa

Bendability (4.5mmt steel, 450mm span)

14
Cracks at 3°

Impact Test (DuPont method)

g×cm

500×50 passed

Coefficient of Thermal Expansion

1/K

2×10–5Comparison of AC lining and FRP lining

Flue gas desulfurizer absorption column and cooler

FUJI FLAKE AC(Top)Rotary scrubber AC-coat composite(Center)Phosphate rock agitators Fuji Flake AC

AC lining is no abrasion.
(Operation terms: 12 Months)

FRP lining is abrasion.
(Operation terms: 6 Months)

Outstanding Abrasion Achieved throughComposite of Various Properties
Abrasion Resistance910

A Standardized Processing System
Built up from a Firm Track Record

B

ased upon years of experience in the field, ourexperienced technicians and personnel have completeddevelopment of a corrosion-proof barrier that brings out
the qualities of Fuji Flake to their full.
The Application methods and specifications for facilities andequipment to be lined vary greatly. They are determined by therunning conditions – chemicals used, temperature andpressure – the type of structural material, work conditions andtime available for application.
Our specialist personnel plan economical anti-corrosion
programs to fit newly arising needs. These programs cover abroad area, form a major part of a complete system and deliver
reliability to our customers.

Vessel Design・Fabrication

Precautions in Fabrication of Vessels
When carrying out complete anti-corrosion work in yourlining equipment, you should pay attention to the points
given below. Consult us further for details.
Continuous butt welded joint

1 Avoid lap welding joints. You should

use continuous butt welded joints only.

surface should be ground flush.
3 Finish the convex sections of corners

3 Spray Application
Fuji Flake SL
3coats 1500μm 〜 2000μm

High Corrosion Resistance・
Flexibility
Fuji Flake AR

Highly Heat Resistance

2000μm 〜 4000μm

10mm 〜 300mm

Fuji Brickto radius 3 mm or more and theconcave sections to 10 mm or more.
Consult us before determining how
to finish the corners of large tanks
and square ducts.
4 Structural reinforcements such as

angles, channels, I beams and othermembers should be installed on theexterior. Fully reinforce parts whereconcentration of stress ordeformation is likely to occur.

Surface Finish Inspection

5 Avoid complicated shapes andangles which are difficult to line.
When using corrosion-resistant metal
attachments, in principle avoid
welding directly to the carbon steel
vessel. A foot plate should be used.

Fuji Flake C
2 〜 3coats 200μm 〜 700μm

1 Blasting

ISO 8501-1
Grade Sa 2½

Grind smooth

2 Sharp edges and rough areas on the

2 Primer Coating

5 Final Inspection

4 Top Coating

Fuji Flake AR
10R

External reinforcement

Fuji FlakeFuji Flake AR
Anti-corrosive metals

Fuji Flake

6 Use double-flanged insert piping

1 〜 2coats 50μm 〜 100μm

1 Coat 30μm 〜 60μm

3R

Attachment
LiningCold
Curingsystem for steam-heated pipes,
shower pipes and thermometer
protection pipes.

Pin holes
Film thickness
VisualDouble flange

7 Small-diameter nozzles should be

3 Trowel Application

Abrasion Resistance

Safety and Quality Control

11

Highly Chemical ResistanceFuji Flake AC

Fuji Flake
2coats 1500μm 〜 2000μm

2000μm 〜 4000μm

carried out in accordance with theFuji-Chemeq standard FRP insert
system. In this system, the finishedinner diameter is smaller than thesteel nozzle. Remember this when
the size of the inner diameter islimited.

Chemeq-Line

Insert nozzle
Fuji Flake AR

1000μm 〜 5000μm

8After lining, the lining will become burnt and damaged if thepositions of the parts are changed or external support holders,etc. are welded. If this is absolutely necessary, implement fire
prevention measures and measure to prevent the spread of heat.

12

A Broad Spectrum of Applications

R

apid technologicalprogress has resulted in atrend towards higher
grade,more diversified andenergy-saving facilities in all areasof industry.
Fuji Flake lining demonstrates all
the required qualities, aptly meetsthe high-grade needs forpreventing corrosion and is used
extensively in all areas ofindustry.

Thermal power plant with a backgroundof industrial complexes
Fuji Flake

Steel, Non-ferrous Metals andSurface Treatment
Discharge gas treatment, ducts andstacks, sintering, COG, household power
generation, refinery plants continuousacid pickling lines, alumite processing
lines, plating lines, EGL lines, waste
water and acid treatment plants

13

Public Works and Construction
Municipal garbage incineration plants
water purification plants, activated carbon
absorption, water supply, setting tank andstorage tanks, chemical tanks, water
reception tanks, hot water supply pipes
and prevention of concrete corrosion

Chemicals and Petroleum
Reaction, blending, neutralizing, mixing
and separating vessels distilling, refining,absorbing and refracting towers, chemicaltanks, process piping, and heatexchangers

Fiber and Paper Pulp
Boiler gas treatment plants, processing
chimneys, ducts, tank lorries, fans andblowers, pumps, agitators, spinningbaths, chest and pits for papermaking

Other
Vessels for foodstuffs, confectionery,electricity, electronics and medicine・
Shipping, marine structures, marine
development, desalination of sea water・Railway, automobile and airport facilities

14

Preserving Nature and Contributing to Environmental
Safety Achievements in Power Generation

5300 ×200 m H stack Fuji Flake-lines(Top-collected areas)

Photo/Presented by
The Sankei News PaperFuji Resin boasts more than 45 years of operations and asales record of more than 200 units of flue gas desulfurization
plants installed at oil-and coal-fired power generation. All ofthese units support the desulfurization and denitration processes ofplant manufacturers and are earning wide acclaim.
They are also in use in chemical tanks, waste gas ducts, electrostatic
precipitators, GGH, stacks • raw, pure and hot water tanks • heavy
oil, crude oil and kerosene tanks • wharfs, harbors, and cooling waterroute facilities • supply and waste water processing units, and nuclear
power generating facilities. In this way, we contribute to protecting
nature and environmental safety in Japan.

Service Territories of Fuji Flake
Hokkaido Electric Power

Tohoku Electric PowerTokyo Electric Power

Chubu Electric Power

Hokuriku Electric Power

Kansai Electric Power

Chugoku Electric Power

Shikoku Electric Power

Kyushu Electric Power

Okinawa Electric PowerElectric Power Development Co.,Ltd.

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15

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Thermal Power Station
Nuclear Power Station

Panoramic view of a thermal power plant (EPDC) in Japan — FUJI FLAKE-lined

16Firm Reliability through a Thorough, All-round System
Corrosion Engineering ServiceF

uji Resin brings alive
leading edge technology
and an abundance ofexperience and know-how. To
most economically and promptly
satisfy users' requirements, we arefirmly committed to implementing
all operations involved incorrosion engineering-productionof corrosion preventing materials,
materials evaluation, corrosioncontrol designs, construction andmaintenance.

FUJI 'S CORROSION CONTROL SERVICES
Flake Lining Systems ………… FUJI-FLAKEFRP Lining Systems …………… CHEMEQLINE. LOOSE-CHEMEQBrick Lining Systems …………… FUJI-BRICK. FUJI-MASTIC
Concrete Protection Systems … POLYCRETE. HQ-MORTAR. HIMAX
FUJI-FLOR. FOODLINE-M
Coating Systems ……………… FUJI-COAT. FUJI-FLON. FOODLINE
Sheet Lining Systems ………… FUJI-LINER-UV. FUJI-SHEETFRP Composite Systems ……… FUJI-CHEMEQ. GP.
Tanks. Vessels. Towers. Stacks. Ducts. Tank-lorry. Pipes. Rolls
Pumps. Fans. Steam-silencers. Agitator

Technical Service
To achieve our corrosion control planseach of the departments for technology,
production, construction, quality andsafety is engaged in standardization,
modification and upgrading in aconcerted effort to improve reliability.
Construction Services Afforded by a
Global Network
Experienced personnel manage
construction at the local level. They
ensure that on-site management
proceeds safely and smoothly.
Maintenance Services
We carry out maintenance measures forfacilities and offer advice through themost advanced life research andupgraded technology to maintain safe
operations after jobs are completed.
Overseas Services
Against a diversifying international
climate, our overseas activities include
the export of materials, local
procurements and the dispatch oftechnical advisers so that we canheighten the reliability of our users’
projects.

High Corrosion Control Technology
and Plastics Engineering

17

OFFICES

Head Office and Factory
1-17, Shioe 3-chome, Amagasaki, Hyogo
661-0976, Japan
Phone: +81-6-6499-0301 Telefax: +81-6-6497-0821
Tokyo Office
4F, Nihonbashi Oodenma Plaza Bldg., 1-8,
Nihonbashi Oodenma-cho, Chuo-ku, Tokyo
103-0011
Phone: +81-3-3663-4300〜3 Telefax: +81-3-3663-4304
Nagoya Office913, Yashiro guchi 1-chome, Meitoh-ku, Nagoya, Aichi
465-0013
Phone: +81-52-771-3866 Telefax: +81-52-776-7056
Fukuoka Office
8F, Tenjin Silver Bldg., 1-10, Maizuru 1-chome, Chuo-ku, Fukuoka
810-0073
Phone: +81-92-781-6858 Telefax: +81-92-781-7871

FACTORIES
Fuji Factory
164-4, Kuzawa, Fuji, Shizuoka
419-0202
Phone: +81-545-71-4143 Telefax: +81-545-71-0558

ISO-9001 Certification

ISO 9001

MS
CM027

Head Office and Factory
Fuji Factory

Eco Action 21
NO 0005939