Engineered Polymer-Composites
Solutions for Chemical-Corrosion.

FUJI RESIN CO., LTD.

Since establishment in 1953, FUJI RESIN has continuously supplied theadvanced products as a pioneer of technology used high polymer materials(plastics) and has dedicated an environmental security to anti-corrosion
lining and coating industries in Japan. With the research and developmentof FRP (Fiber Reinforced plastics) composite technology, FUJI RESIN
has achieved to win customers esteem at anti-corrosion engineering FRP
by the accumulation of successful experiences as a challenger since 1961.
Recently, globalization of the industry has become a normal state, that is
glowing to be more sophisticated and diversiﬁed by a rapid technology
innovation. At the same time, an innovation by green procurement isdemanded for a harmony with the global environment.
FUJI RESIN, as the mission for supplying new anti-corrosive technology
used original technology and experiences, with the best partner spirit, andwill try to solve problems and build up trust with bringing passions into
the themes proposed by everyone.

Metal Protection Coating:●

A lot of structures are made by steel and concrete around us. Steel shallrust by oxygen, humidity and rains in natural environment and deteriorate
if it leaves as it is, while concrete shall be dissolved shortly by a little
acid environment, that is corrosion.
Such paint is used for the purpose of anti-corrosion combined with decoration in a general natural environment, however, the equipment and facility at industrial ﬁeld are operated under severe environment of chemicalcorrosion gas and liquid, high temperature, abrasion, etc., that is notresisted by paints which don’t have chemical proof and heat proof (anti-corrosion)
performance.
For the purpose of protecting steel and concrete structure, we say it isanti-corrosion lining/coating technology that material is adhered withstructures and protection layer is designed and applied at superior durability.
And we say it is anti-corrosion FRP technology that the structure having
similar strength with metal and moreover lightweight is designed andproduced by the anti-corrosion resin composited with glass-ﬁber/or
carbon ﬁber, etc.

●

FUJI RESIN is provid ing such products;
Anti-corrosion material●

Anti-corrosion design/
Applicable development

Chemical resistanttechnology

Environmental security/
QualityResin;For metal:●●

Vinylester● Unsaturated polyester● Epoxy● Phenol● Furan● Polyurethane● Modiﬁed acryl

Reinforces;

Glass ﬁber
Carbon ﬁber
● Hybrid ﬁber
● Organic ﬁber●●

ETERNALNK FLAKE

Metal Protection Lining:●(study, development, production)

FUJI COAT
FUJI FLAKE C

Anti-corrosion coating/lining

Thermal Insulation Lining:●

For concrete:●

Anti-corrosion coating/lining

FUJI FLAKE (Flake Lining system method)
CHEMEQLINE (FRP Lining system method)

FUJI BRICK/SPACE LINER (Insulation system method)

Concrete Protection Lining

POLYCRETE (Resin Mortar system method)
NK FLAKE (FRP Reinforced system method)● LOOSE CHEMEQ (FRP Thick Film system method)
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Application management/
Maintenance & Technical service

Functional filler;●

Chemical Resistant Composites

FUJI CHEMEQ (Hand layup method)
FUJI CHEMEQ FW (Filament Winding method)● FUJI CHEMEQ AC (Anti-abrasion FRP)
● FUJI CHEMERQ UV (Light cure prepreg)●

Anti-corrosion FRPGlass Flake●

Others;composites with ceramic, metal,
thermoplastic resin

1※CHEMEQ is our original of anti-corrosion FRP products.

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POWER
GENERATIONFACILITY
Since 1882, Edison established coalﬁred power plant at ﬁrst in theworld, progress of the generation
technology and expansion of utilization were remarkable, electricity becomes the infrastructure of our social
life, FUJI RESIN’s anticorrosion
technology is used at such generation
facilities.
In thermal power stations, FGD (FlueGas Desulfurization) facilities and
WWT (Waste Water Treatment) facilities which make our environment
clean are installed.
Facilities are under the environment,
run high temperature gas from theboiler and attacked by de-sulfured
absorbent solutions which generates
chemical corrosion and abrasion,
where is required the advanced anticorrosion material for making possible a stable operation in a longer
term.
In Japan, FUJI FLAKE LINING and
FUJI CHEMEQ (anti-corrosion engineering FRP) have been popularly
used since around 1972 and it wasproved the anti-corrosive performance in long term, that has built up
trust of the brand.
And recently, FUJI CHEMEQ AC,
superior at anti-abrasive performance
was in spot lighted to be selected forspray pipe in FGD facility.
FUJI FLAKE LINING technology isevaluated as the best at thermal
power station in overseas, we are expanding a global activity with providing our technology, materials and application instruction.
At nuclear power plant, the functional FUJI FLAKE which is superior at
technology in high level anti-radiation, abbreviated application in inhibited area and available to be cured inwaters is used for maintenance of the
facilities.

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Electric Power Development Co.Ltd.
Tohoku Electric Power

Hokkaido Electric Power

Chubu Electric PowerTokyo Electric Power

Kansai Electric Power

Hokuriku Electric Power

Shikoku Electric Power

Chugoku Electric Power

Okinawa Electric Power

Kyushu Electric Power

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1 Thermal power station (FUJI FLAKE)
2 FGD (Flue Gas Desulfurization) (FUJI FLAKE)
3 FRP Duct 4500φ, Demister 7000□ (FUJI CHEMEQ FW)

Thermal Power Station
Nuclear Power Station

4 Thermal power station (FUJI FLAKE)
5 FGD (Flue Gas Desulfurization) (FUJI FLAKE)
6 Super anti-abrasive spray pipe (FUJI CHEMEQ ACS)

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Steel & iron, non-ferrous metal,
metal surface treatment
Waste gas & water treatment facility are set up at ironworks andsmelters of non-ferrous metals likecopper, zinc, titan for environmental
protection from high heat and corrosive gas given oﬀ from, accompaniedwith complicated and severed chemical treatment lines like picklingtanks, metal plating line and electrolytic smelting line, etc.
The superior anti-corrosion design
at heat and chemical proof is required and FUJI FLAKE, FUJI
CHEMEQ and CHEMEQ LINE are
performing well with obtaining highevaluations. For concrete made facilities like Aluminum surface treatment tanks, CONCRETE PROTECTION (POLYCRETE HQ, LOOSE
CHEMEQ) is performed with highreliabilities.

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1 Almite treated line
2 High temp gas duct (FUJI BRICK X-9000)
3 250m3 FRP tank, 5800φ×9500H (FUJI CHEMEQ FW)

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Chemical,
Petroleum,
Pulp & Paper
At chemical and petroleum plant
where is combined with diverse andcomplicated chemical reaction andsynthesis and at pulp and paper factory where has a lot of treatment
line, high combination technologythat is superior at severe anti-corrosive material and durability is required. CHEMEQ LINE, High Heat
Proof FUJI CHEMEQ and FUJI
BRICK insulation method are met
and obtaining high evaluations. Fora huge tanks to be reserved petroleum product like crude oil, NK
FLAKE series that is qualiﬁed by
Fire and Disaster Management
Agency and KHK (Hazardous Materials Safety Techniques Association) as of approved material.

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1 Chemical plant (FUJI CHMEQ)
22 Chemical plant reactor (FUJI CHEMEQ FW)
3 FRP stack (FUJI CHEMEQ FW)
4 Crude oil tank (NK FLAKE)
5 FRP tank (FUJI CHEMEQ FW)
6 High temp reactor tank (FUJI CHEMEQ #10)

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Public works, etc.
Anti-corrosion technology of FUJI
RESIN’
S is performing at public
works where is deeply related with
our living. For concrete made facilities and reservoir tanks at drinking
water treatment plant, providing thesafe drinking water, Sanitary NK
FLAKE-DW method adapted withthe standard quality of JWWA-K149, Japan Water Works Association and FUJI CONCRETE PROTECTION are met.
And at sewage system facilities,
FUJI CONCRETE PROTECTION
adapted with standard quality ofJapan Sewage Works Agency and
NK FLAKE method are met havingwith many experience.
FUJI RESIN is providing FUJI
CHEMEQ UV (light cure FRP prepreg) as of the re-genesis materialof decrepit underground sewage
pipes, FUJI FLAKE Lining forcooling and absorbing towers thatmake emission gases clean at thewaste incineration plant, FUJI
FLAKE AR for explosion proof
equipment (inert gas system) on thegiant oil tankers crossing a global
ocean and FUJI CHEMEQ tanker
lorry for land transportation ofchemicals. FUJI RESIN’s technology is developed at a wide range ofindustries such food, medical, pharmaceutical, electric, electron, production facilities of automobile andoﬀshore development, etc. to support for preserving the environment
in clean.

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1 Drinking water treatment facilities (FUJI CONCRETE PROTECTION/CHEMEQLINE)
2 Sewage pipe re-genesis (FUJI CHEMEQ UV)
3 FRP tanker lorry (FUJI CHEMEQ)
4 Explosion proof equipment on oil tanker (FUJI FLAKE AR)

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Overseas activity
In the international circumstance ofdemanding inhibitions to the warming and environmental protection ona global basis, various projects are
expanding. FUJI RESIN has beenaccomplished a reliable relationshipwith each countries people throughinteractions providing the anti-corrosion technology built up in longyear.
Overseas activity is going forwardwith global network of cooperated
partners brought by a lot of activities and experiences through technology license oﬀer, application, material export, overseas procurement
and technical supervisor service of
FUJI FLAKE lining.

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Worldwide Network

Technology licensee of FUJI FLAKE

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Application partner
Distributed country

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1 Thermal power station in overseas (FUJI CHEMEQ ACS)
2 FGD (Flue gas desulfurization) in overseas (FUJI FLAKE)
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3 FGD (Flue gas desulfurization) in overseas (FUJI FLAKE)
4 FUJI FLAKE (Spray)
5 FUJI FLAKE (Spray)
6 FUJI CONCRETE PROTECTION
7 FUJI CHEMEQ ACS (Site application)

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8 FUJI FLAKE (Site application)

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Company History and Technological Development
1951 ●Founded FUJI RESIN CO.,LTD., with taken over Phenolic resin baking coating
service by Tysant Ind.
1953 ●Set up company in Osaka city.
1954 ●Opened Tokyo oﬃce.
1955 ●Developed lining method by Fluoric, Epoxy and Polyester resin.
1956 ●Started Furan resin production, developed the ﬁrst high corrosion resistant FRP in Japan.
1957 ●Head oﬃce factory was moved to Amagasaki.
1959 ●Developed the ﬁrst site baking method in Japan and practically used at Japan
Synthetic Rubber Co., Ltd, Yokkaichi●Developed the ﬁrst acid proof mortar“POLYCRETE”, joint patented with Mitsui
Toatsu Chemical, (now Mitsui Chemical Co., Ltd.)
1961 ●Started production of corrosion resistant FRP vessel.
1963 ●Developed the special corrosion resistant method, F-50S for stacks, joint
patented with Mitsubishi Heavy Ind.
1966 ●Participated in anti-corrosion section of technology development of FGD (FlueGas Desulfurization) at Tokyo Electric Company, Goi thermal power station,national project of EX. Ministry of International Trade and Industry and various
types of lining method were practically used.
1967 ●Developed the ﬁrst ﬂake lining“FUJI FLAKE”in Japan.
1968 ●Opened Nagoya oﬃce & Fukuoka oﬃce.
1969 ●Put into the ﬁrst practical use“CHEMEQ#10”made by high temp corrosion
resistant Phenolic resin in Japan.
●Developed the ﬁrst lining system in Japan used by Vinyl ester resin provided byShowa High Polymer Co.,Ltd.
1971 ●Licensed in “KERA” high anti-corrosion FRP from Keram Chemie G.mbh,
Germany.
●Licensed in“GP method”FRP centrifugal molding from Gadelius AB, Sweden.
●Aﬃliated trilaterally in IGS anti-corrosion of petroleum tanker among J.Howden,
GB, Gadelius Japan (ex. Aalborg Ind.)1972 ●Opened Fuji Factory●Put into the ﬁrst practical use“Flake Lining Method”to Large wet type Flue Gas
Desulfurization (FGD) in Mitsui Miike thermal power.
1973 ●Put into the ﬁrst practical use “CHEMEQ FW” ﬁlament winding method,developed“CHEMEQ V”●Put into the ﬁrst practical use“FUJI FLAKE”made by domestic glass ﬂake
provided by Nihon Sheet Glass Co,Ltd.
1976 ●Start producing FRP made tanker lorry by succeeding technology from“Sovap”
France, Sumitomo Chemical Co., Ltd.
1978 ●Put into practical use Anti-abrasive high corrosion resistance “AC Lining
method”at the ﬁrst imported coal ﬁred thermal power station in Japan, ElectricPower Development Co.,ltd.(Ex. J Power)
1979 ●Exported technology of FUJI FLAKE to Keram Chemie G.mbh, Germany.
1981 ●Promoted overseas business at Phosphoric plant in Jordan aﬃliated with Frenchengineering company.
1985 ●Set up Overseas Project division.
●Exported technology of FUJI FLAKE to National Chemical Co.,Ltd. Korea.
1987 ●Exported technology of FUJI FLAKE to Yong Shun Chemical Co.,Ltd. Taiwan.
1989 ●Exported technology of FUJI FLAKE to Boero Corori S.P.A. (Ex. APSA) Italy.
1990 ●Supervised FUJI FLAKE works to FGD in ENEL, Italian Electric powercompany.
●Exported technology of FUJI FLAKE to ITW Devcon (US), ITW Irathane(Ireland)-Ex.ITW Devcon Futura Coatings.
1991 ●Put into practical use“Fuji Flake SPRAY method”for larger area at NIPSCO
Bailly power station, PENN Power Bruce Mansﬁeld, US etc.
●Supervised FUJI FLAKE works to FGD widely in the world such at Denmark,China, Czech, Thailand etc.
1998 ●Developed anti-abrasion FRP pipe collaborated with Mitsubishi Heavy Ind,started producing at oversea.
1999 ●Developed Light curing FRP for sewage underground piping, set up“FUJI
LINERTEC”.
2002 ●Developed and practically used radiation resistant material for facilities innuclear power station.
2003 ●Received ISO9001 certiﬁcation (Head Oﬃce and Factory)
2004 ●Succeeded in“ETERNAL”business from Honjyo Taisan Chemical Machinery
Co.,Ltd.
2005 ●Acquired trade right of“NK FLAKE”from Japan CRM Co.,Ltd, Mitsui Chemicalgroup, set up“CRM Co.,Ltd.”
2008 ●Practically used Ultra anti-abrasion“FUJI CHEMEQ ACS”for overseas FGD.
2010 ●Received Eco Action 21 certiﬁcation (Head Oﬃce and Factory)●JEC ASIA INNOVATION AWARDS 2010 winners
2012 ●Certiﬁed as the manufacturing plant for sewerage materials (seamless liner) by
the Japan Sewage Works Association●Received ISO9001 certiﬁcation (Fuji factory)
2014 ●Received Eco Action 21 certiﬁcation (Company-wide)2018 ●Construction complete on the Liner Plant No. 2 within the Head Plant
2019 ●Certiﬁed as the manufacturing plant for sewerage materials (alpha liner) by theJapan Sewage Works Association

Company Proﬁle:Company Name FUJI RESIN CO., LTD.
Established

April 20th, 1953

Copital

300 million yen

President

Ichiro Matsumoto

Products,
Processes ofServices:•Application of synthetic resin lining

Location:

Head Oﬃce and Factory•Design and manufacture of chemical resistant FRP structures•Design and manufacture of synthetic resin lining materials

3-1-17, Shioe, Amagasaki, Hyogo 661-0976, Japan
Phone: +81-6-6499-0301 Telefax: +81-6-6497-0821

Tokyo Oﬃce (OverSeas Department)
4F, Nihonbashi Oodenmacho Plaza Bldg., 1-8
Nihonbashi Oodenma-cho, Chuo-ku, Tokyo
103-0011
Phone: +81-3-3663-4300～3 Telefax: +81-3-3663-4304

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

Nagoya Oﬃce
1-913, Yashiroguchi, Meitoh-ku, Nagoya,Aichi
465-0013
Phone: +81-52-771-3866 Telefax: +81-52-776-7056

Fukuoka Oﬃce
8F, Tenjin Silver Bldg., 1-1-10, Maizuru, Chuo-ku,
Fukuoka, 810-0073
Phone: +81-92-781-6858 Telefax: +81-92-781-7871

Affiliatedcompany

CRM CO.,LTD. (Belonging in Nagoya branch) :application & sales of NK Flake
FUJI LINERTEC (Belonging in Head oﬃce/Factory):
manufacturing light curing FRPISO-9001 Certification

Eco Action

Head Oﬃce & Factory
Fuji Factory

No.0005939