Established as Nishio Precision Machine Co. in Nishio-cho, Hanzu-gun, Aichi, (currently, Nishio-shi) with capital of 180,000 yen to manufacture and sell precision instruments and precision machine equipment.
Jan. 1944
Relocated to Kenbo-cho, (currently, Toyota-shi). Name changed from Nishio Precision Machine Co. to Taiho Kogyo Co., Ltd.
Oct. 1958
Started producing aluminum die-casting products.
Jul. 1961
Signed a technical assistance agreement with Federal-Mogul Corp (U.S.A.).
Dec. 1981
Established Taiho Corporation of America (TCA) in the U.S.A. to market TAIHO products.
Apr. 1985
Set up Shinohara Plant which processes precision machines.
Oct. 1996
Started operation of the U.S. affiliate, Taiho Corporation of America. (currently, a consolidated company).
Sep. 1997
QS9000 certified, which was needed to do business with the Big Three.
Aug. 1998
Started the construction of its main technical center.
Aug. 1998
Established a local joint venture (currently, a consolidated subsidiary), Taiho Nusantara Co., in Indonesia with Mitsui & Co., Ltd.
Jan. 1999
Established Taiho Dusseldorf Liaison Office (TDL) in Germany.
Mar. 1999
Listed on the Second Section of the Nagoya Stock Exchange
Jul. 1999
Established a subsidiary, TET Co., Ltd. (currently, a consolidated subsidiary).
Jan. 2000
Started manufacturing engine metals at Taiho Nusantara, Indonesia the second overseas production site. Will supply Toyota Indonesia and then Isuzu.
Mar. 2000
Taiho Corporation of America (TCA) plans to build a new plant in Brazil to start manufacturing compressors for automobile air conditioners mainly for Delphi Automotive Systems, U.S.
Apr. 2000
Established a 500-million yen joint venture, Taiho Corporation of Europe, in Hungary with Toyota Tsusho Corp. (90% Taiho, 10% Toyoda). Started manufacturing compressors for automobiles and supplying to GM, U.S.A. through Delphi Automotive Systems, U.S. Also supplies parts to Toyota Industries Corporation, Denso, TD Deutsche Kliman Compressor in Germany and Visteon, a parts manufacturer in the Ford Motors group.
Oct. 2000
Planning to set up a second plant in the US by November to produce engine metals and metal head gaskets in January 2001, and aluminum die-casting by June 2001.
Mar. 2000
Listed on the Second Section of the Tokyo Stock Exchange
Mar. 2001
Listed on the First Section of the Tokyo and Nagoya Stock Exchanges
Mar. 2001
Established Okazaki plant in Okazaki City, Aichi Pref.
Jun. 2001
Through a joint venture between companies such as Mitsui & Co. Ltd., established a Korea-based subsidiary, Taiho Corporation of Korea, into a consolidated subsidiary.
Apr. 2002
Founded Taiho Techno Service Corporation (TTS)
Sep. 2002
TF Global Gasket, LLC (TFGG) established in U.S.A., as a joint venture between TCA and Federal-Mogul Corporation
Oct. 2002
All the equity transactions have been completed to Taiho from Yantai Chunsang, a slide bearing company in China
Dec. 2002
Established Taiho Kogyo Corporation of Yantai as a wholly owned subsidiary.
Apr. 2003
Gained a 38% ownership in Yamate Industrial Co., Ltd. by injecting capital.
Jointly established Taiho Thailand Co., Ltd. with a local enterprise. (The Company owns 49% of the equity.)
Nov. 2003
Acquired a 38.9% ownership in Nippon Gasket Co., Ltd. (In March 2004, the Company acquired additional shares and now holds 39.6% of the equity.)
Jun. 2004
The Company's consolidated subsidiary Taiho Seiki Co., Ltd. established Tianjin Taiho Seiki Automobile Equipment Co., Ltd. in China as a subsidiary.
Aug. 2004
Established Taiho Parts Center, a consolidated subsidiary.
Oct. 2004
The Company's consolidated subsidiary, Taiho Seiki Co., Ltd., acquired a parcel of land in the Toyota Hanamoto Industrial estate located in Toyota City, where it constructed a plant.
May 2005
Established Taiho Gifu Co., Ltd. , as a subsidiary company.
Oct. 2005
Turned Nippon Gasket Co., Ltd. into a wholly owned subsidiary company through a transaction involving the exchange of stock shares.
Jul. 2006
Adopted a resolution to dissolve TF Global Gaskets LLC.
Feb. 2007
Established Taiho Manufacturing of Tennessee LLC as its subsidiary.
Jul. 2012
Acquiring 100% shares in Hengye Bearing Materials Co., Ltd (Changzhou), making it its wholly-owned subsidiary.
Oct. 2013
Further invested in Taiho Corporation of Thailand, increasing its shareholding to 74.0%.
Jan. 2018
Operations of Nippon Gasket of America Inc., a consolidated subsidiary, were merged into Taiho Manufacturing of Tennessee LLC, another consolidated company, whereby the company’s name became Taiho Manufacturing of Tennessee, LLC.
Apr. 2019
Absorbed the operations of Taiho Gifu Co., Ltd.
Apr. 2022
Moved to Prime Market of the Tokyo Stock Exchange, from the First Section, which resulted from the Tokyo Stock Exchange’s revising its market categories. Moved to the Premium Market, from the First Section, of the Nagoya Stock Exchange, which resulted from the Nagoya Stock Exchange’s revising its market categories.
Oct. 2023
Moved to the Standard Market of the Tokyo Stock Exchange from the Prime Market due to the further reclassification of the Tokyo Stock Exchange categories.
2024 JSAE Automotive Engineering Exposition Terminals and Busbars for batteries
Joining dissimilar metals without intermetallic compounds
2024 JSAE Automotive Engineering Exposition Terminals and Busbars for batteries
Joining dissimilar metals without intermetallic compounds
2024 JSAE Automotive Engineering Exposition Terminals and Busbars for batteries
Joining dissimilar metals without intermetallic compounds
2024 JSAE Automotive Engineering Exposition Terminals and Busbars for batteries
Joining dissimilar metals without intermetallic compounds
2024 JSAE Automotive Engineering Exposition Cooler for power semiconductors
Die-casting with narrow-pitch cooling fin designs using high thermal conductivity materials
2024 JSAE Automotive Engineering Exposition Cooler for power semiconductors
Die-casting with narrow-pitch cooling fin designs using high thermal conductivity materials
2024 JSAE Automotive Engineering Exposition CFRP made by paper making
CFRP made by paper making method using recycled carbon fiber
- Body parts
- Tube joint
2024 JSAE Automotive Engineering Exposition CFRP made by paper making
CFRP made by paper making method using recycled carbon fiber
- Body parts
- Tube joint
2024 JSAE Automotive Engineering Exposition Replacing rolling bearings with sliding bearings
Comparison of bearing size (rolling bearing and sliding bearing)
By converting a rolling bearing to a sliding bearing, the unit can be downsized and low NV can be achieved
2024 JSAE Automotive Engineering Exposition Replacing rolling bearings with sliding bearings
Comparison of bearing size (rolling bearing and sliding bearing)
By converting a rolling bearing to a sliding bearing, the unit can be downsized and low NV can be achieved
2024 JSAE Automotive Engineering Exposition Valve compatible with Euro7 exhaust gas regulations
Two types of valves to suit your catalyst temperature raising needs
Highly sealed type and precision control type
2024 JSAE Automotive Engineering Exposition Valve compatible with Euro7 exhaust gas regulations
Two types of valves to suit your catalyst temperature raising needs
Highly sealed type and precision control type
2024 JSAE Automotive Engineering Exposition Bismuth alloy overlay bearings for high cylinder pressure engine
The world's first bismuth alloy overlay bearing that supports high load capacity and long life
2024 JSAE Automotive Engineering Exposition Bismuth alloy overlay bearings for high cylinder pressure engine
The world's first bismuth alloy overlay bearing that supports high load capacity and long life
- Improved battery assembly with clad terminals
- Cost reduction and improved electrical conductivity by new bonding process
- Improved assembly with insulated cell case
- Improved battery assembly with clad terminals
- Cost reduction and improved electrical conductivity by new bonding process
- Improved assembly with insulated cell case
- Improved battery assembly with clad terminals
- Cost reduction and improved electrical conductivity by new bonding process
- Improved assembly with insulated cell case
- Improved battery assembly with clad terminals
- Cost reduction and improved electrical conductivity by new bonding process
- Improved assembly with insulated cell case
- Improved battery assembly with clad terminals
- Cost reduction and improved electrical conductivity by new bonding process
- Improved assembly with insulated cell case
- Improved battery assembly with clad terminals
- Cost reduction and improved electrical conductivity by new bonding process
- Improved assembly with insulated cell case
- Sheet type material with high thermal conductivity
- Adhesive type material with high thermal conductivity
- Low frequency band shield plating
- DLC (diamond-like carbon) with high durability performance
- Sheet type material with high thermal conductivity
- Adhesive type material with high thermal conductivity
- Low frequency band shield plating
- DLC (diamond-like carbon) with high durability performance
- Sheet type material with high thermal conductivity
- Adhesive type material with high thermal conductivity
- Low frequency band shield plating
- DLC (diamond-like carbon) with high durability performance
- Sheet type material with high thermal conductivity
- Adhesive type material with high thermal conductivity
- Low frequency band shield plating
- DLC (diamond-like carbon) with high durability performance
- Sheet type material with high thermal conductivity
- Adhesive type material with high thermal conductivity
- Low frequency band shield plating
- DLC (diamond-like carbon) with high durability performance
- Sheet type material with high thermal conductivity
- Adhesive type material with high thermal conductivity
- Low frequency band shield plating
- DLC (diamond-like carbon) with high durability performance
World Smart Energy Week 2023 Parts for fuel cell
World Smart Energy Week 2023 Parts for fuel cell
World Smart Energy Week 2023 Parts for fuel cell
World Smart Energy Week 2023 Parts for fuel cell
World Smart Energy Week 2023 Parts for fuel cell
2022 JSAE Automotive Engineering Exposition Bi alloy overlay bearings for high cylinder pressure engines
The use of the Bi-Sb alloy overcomes the issues of Bi overlay bearings such as mechanical strength and Bi oxide formation. It has properties such as fatigue resistance, oxidation resistance, and seizure resistance.
2022 JSAE Automotive Engineering Exposition Bi alloy overlay bearings for high cylinder pressure engines
The use of the Bi-Sb alloy overcomes the issues of Bi overlay bearings such as mechanical strength and Bi oxide formation. It has properties such as fatigue resistance, oxidation resistance, and seizure resistance.
2022 JSAE Automotive Engineering Exposition Bi alloy overlay bearings for high cylinder pressure engines
The use of the Bi-Sb alloy overcomes the issues of Bi overlay bearings such as mechanical strength and Bi oxide formation. It has properties such as fatigue resistance, oxidation resistance, and seizure resistance.
2022 JSAE Automotive Engineering Exposition Bi alloy overlay bearings for high cylinder pressure engines
The use of the Bi-Sb alloy overcomes the issues of Bi overlay bearings such as mechanical strength and Bi oxide formation. It has properties such as fatigue resistance, oxidation resistance, and seizure resistance.
2022 JSAE Automotive Engineering Exposition Electric battery cooling fan for HEVs
-Twin type electric blower. The distribution ducts that were required for the single type are no longer necessary, and cooling performance is improved.
2022 JSAE Automotive Engineering Exposition Electric battery cooling fan for HEVs
-Twin type electric blower. The distribution ducts that were required for the single type are no longer necessary, and cooling performance is improved.
2022 JSAE Automotive Engineering Exposition Electric battery cooling fan for HEVs
-Twin type electric blower. The distribution ducts that were required for the single type are no longer necessary, and cooling performance is improved.
2022 JSAE Automotive Engineering Exposition Motor coil cooling shower and cooling pipe
2022 JSAE Automotive Engineering Exposition Motor coil cooling shower and cooling pipe
2022 JSAE Automotive Engineering Exposition Motor coil cooling shower and cooling pipe
2022 JSAE Automotive Engineering Exposition Motor coil cooling shower and cooling pipe
2022 JSAE Automotive Engineering Exposition Press-formed and laser-welded products for fuel cell vehicles
2022 JSAE Automotive Engineering Exposition Press-formed and laser-welded products for fuel cell vehicles
2022 JSAE Automotive Engineering Exposition Press-formed and laser-welded products for fuel cell vehicles
2022 JSAE Automotive Engineering Exposition Press-formed and laser-welded products for fuel cell vehicles
Toyota Business Fair 2022 Battery cooling proposal using electric blower with integrated duct
-Center inlet type reduces the mounting space for the battery pack cooling system by 60% compared to conventional systems.
Toyota Business Fair 2022 Battery cooling proposal using electric blower with integrated duct
-Center inlet type reduces the mounting space for the battery pack cooling system by 60% compared to conventional systems.
Toyota Business Fair 2022 Oil-cooled motor coil
-Equipped with a cooling shower that evenly cools the entire coil with oil
Toyota Business Fair 2022 Oil-cooled motor coil
-Equipped with a cooling shower that evenly cools the entire coil with oil
Toyota Business Fair 2022 PCU Thermal management system
Toyota Business Fair 2022 PCU Thermal management system
Toyota Business Fair 2022 Inverter case
Toyota Business Fair 2022 Fuel cell stack
-Equipped with fuel cell separators that significantly reduce contact resistance
Toyota Business Fair 2022 Fuel cell stack
-Equipped with fuel cell separators that significantly reduce contact resistance
Toyota Business Fair 2022 Fuel cell stack
-Equipped with fuel cell separators that significantly reduce contact resistance
Toyota Business Fair 2022 Fuel cell stack
-Equipped with fuel cell separators that significantly reduce contact resistance
Toyota Business Fair 2022 Various bearings
Toyota Business Fair 2022 Various bearings
Toyota Business Fair 2022 Various bearings
Toyota Business Fair 2022 Various bearings
Toyota Business Fair 2022 2nd-generation cell
-Nippon Gasket Co., Ltd. handles the crimping process for the terminals that conduct the electricity generated by the FC stack.
Toyota Business Fair 2022 2nd-generation cell
-Nippon Gasket Co., Ltd. handles the crimping process for the terminals that conduct the electricity generated by the FC stack.
Toyota Business Fair 2022 Quiet gear
Toyota Business Fair 2022 Quiet gear
Toyota Business Fair 2022 Quiet gear
Toyota Business Fair 2022 Gasket
Toyota Business Fair 2022 Gasket
Toyota Business Fair 2022 Gasket
2021 JSAE Automotive Engineering Exposition Motor coil cooling device
Cooling shower system developed that achieves uniform cooling of the coil.
2021 JSAE Automotive Engineering Exposition Battery cooling electric blower
The single-motor twin-blower system enables installation without the need for distribution ducts for battery packs arranged in parallel.
Low resistance surface treatment is adopted for the power generation part, and the bottom of the flow channel is joined by laser welding achieving low conductor resistance.
2021 JSAE Automotive Engineering Exposition Bearings for electric compressors
For electric compressors for vehicles, long life, low vibration, and low noise are realized by using sliding rolling bearings.
2021 JSAE Automotive Engineering Exposition Exhaust control valve
Heat resistance and durability are ensured through the use of bearings with improved wear resistance in high temperature environments.
This is a resin gear with excellent quietness, high strength, and high heat resistance, made by uniformly filling aramid fibers with long fiber length up to the tip of the gear tooth using a pulp forming process. Currently in production as resin gears for balance shafts of automobile engines.
Tokyo Motor Show 2019 Noise Damping PCU Cover with High Electro-magnetic Compatibility
Tokyo Motor Show 2019 Noise Damping PCU Cover with High Electro-magnetic Compatibility
Tokyo Motor Show 2019 High Electrical Conductivity Paste
Tokyo Motor Show 2019 High Electrical Conductivity Paste
Tokyo Motor Show 2019 High Electrical Conductivity Paste
Tokyo Motor Show 2019 High heat conductivity aluminum die casting
- Aluminum die cast product with high heat conductivity. Possible to reduce temperature of PCU (power control unit).
Tokyo Motor Show 2019 Corrosion-resistant busbar with clad materials
Tokyo Motor Show 2019 High heat conductivity copper parts with additive filler
- Reduces the temperature of the heating element with a copper and carbon composite sintered product.
Tokyo Motor Show 2019 High heat radiation surface coating
- Coating that reduces the internal temperature of the PCU (power control unit).
Tokyo Motor Show 2019 High heat radiation surface coating
- Coating that reduces the internal temperature of the PCU (power control unit).
Tokyo Motor Show 2019 High heat radiation coating
- New thermal radiation coating material for reducing internal temperature of PCU (power control unit).
- Under development.
Tokyo Motor Show 2019 High heat radiation coating
- New thermal radiation coating material for reducing internal temperature of PCU (power control unit).
- Under development.
Tokyo Motor Show 2019 Pressure plate for fuel cells
Tokyo Motor Show 2019 Pressure plate for fuel cells
Tokyo Motor Show 2019 Stack assy
- Metal separator for fuel cell vehicles.
- Under development.
Tokyo Motor Show 2019 Stack assy
- Metal separator for fuel cell vehicles.
- Under development.
Tokyo Motor Show 2019 End plate
Tokyo Motor Show 2019 End plate
Tokyo Motor Show 2019 Using laser welding to join thin stainless steel sheets
Tokyo Motor Show 2019 Using laser welding to join copper and titanium
Tokyo Motor Show 2019 Plasma bonding copper and aluminum
Tokyo Motor Show 2019 Using friction stir welding (FSW) to join copper and aluminum
Tokyo Motor Show 2019 Motor
Tokyo Motor Show 2019 Oil control valve
Tokyo Motor Show 2019 Battery pack
Tokyo Motor Show 2019 Battery pack
Tokyo Motor Show 2019 Using roll welding (solid phase) to join copper and aluminum
Tokyo Motor Show 2019 Application range of engine bearings (fluid lubrication)
- Comparison of engine bearing materials for fluid lubrication. Suitable surface treatments for various bearing unit load and sliding speed regions.
Tokyo Motor Show 2019 Applicable range of bushing materials (boundary lubrication ~ mixed lubrication)
- Comparison of lubrication by bushing material type. Suitable bushing materials for various bearing unit load and sliding speed regions.
Tokyo Motor Show 2019 Bismuth crystals
Tokyo Motor Show 2019 Atomized copper powder and sintered copper