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Resonac Corporation (Formerly Showa Denko Materials Co., Ltd.)

Summary

Covers Resonac Corporation exhibition participation, products, technologies, and major customers. Offers exclusive information available only on MarkLines to support research and analysis in the automotive industry.

Company Profile

■URL

https://www.resonac.com/

■Address

Tokyo Shiodome Building, 1-9-1 Higashishinbashi, Minato-ku, Tokyo 105-7325, Japan

Business Overview

-Resonac, a major chemical manufacturers, was formed out of the 2023 merger of Showa Denko and Showa Denko Materials (formerly Hitachi Chemicals)

-The Group operates under a holding-company system.

  • Reconac Holdings Co., Ltd. (Formerly Showa Denko Co., Ltd.)
  • Resonac Co., Ltd. (Operating company formerly named Showa Denko Materials Co., Ltd.)

-The Company operates in the following four business segments

Segment
 Business details
Semiconductors/electronic materials Front-end materials for semiconductors High-purity gases for electronic materials; polishing materials (CMP slurry) for semiconductor circuit planarisation
Back-end-of-line materials for semiconductors Epoxy encapsulants, die-bonding materials, copper-clad laminates, photosensitive films, photosensitive solder resist
Device Solutions HD media, SiC epitaxial wafers
Mobility Plastic mouldings
Friction materials
Powder metallurgy products
Aluminium structural components
Innovation materials Plastic materials
Functional chemicals (synthetic resin emulsions, unsaturated polyester resins)
Coating materials
Ceramics (alumina, grinding and polishing materials, fine ceramics)
Chemicals Chemicals Basic chemicals (liquid ammonia, acrylonitrile, amino acids, caustic soda, chlorine, synthetic rubber)
Industrial gases (liquefied carbon dioxide, dry ice, oxygen, nitrogen, hydrogen)
Graphite Graphite electrodes, carbon anode materials

Shareholders

-Resonac Holdings listed on the Prime Market of the Tokyo Stock Exchange (As of Dec. 31, 2025)
Major Shareholders Shareholding (%)
The Master Trust Bank of Japan, Ltd. (Trust account) 17.33
Custody Bank of Japan, Ltd. (Trust account) 8.79
STATE STREET BANK AND TRUST COMPANY 505001 (Standing proxy Mizuho Bank, Ltd.) 4.79
STATE STREET BANK AND TRUST COMPANY 505223 (Standing proxy Mizuho Bank, Ltd.) 3.18
JPMorgan Securities Japan Co., Ltd. 3.15
Fukoku Mutual Life Insurance Company 2.49
BNYM SA/NV FOR BNYM FOR BNYM GCM CLIENT ACCTS M ILM FE(Standing proxy MUFG Bank, Ltd.) 2.19
STATE STREET BANK AND TRUST COMPANY 505103 (Standing proxy Mizuho Bank, Ltd.) 1.98
GOLDMAN SACHS JAPAN CO., LTD. BNYM 1.69
JP MORGAN CHASE BANK 385781 (Standing proxy Mizuho Bank, Ltd.) 1.46
Total 47.05
Access the latest exhibition info.
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Products

Molded Plastics/Sheet-formed Products
High-strength resin gears

Thermoset resin molded parts
- Impellers
- Toothed pulleys
- Thermal insulation spacers
- Phenolic SMC molded parts

Thermoplastic resin moulded parts
- Small precision molded parts
- Injection-welded molded parts
- Insert molded parts
- Glass fiber reinforced thermoplastic resin products

Thermoplastic resin sheets
- Olefin-based
- Styrene-based
- Multi-layer sheets
- Film laminates

　

Friction material
Disc brake pads

　

Sintered Products
Sintered oil-impregnated bearings
- Bearings suitable for low speeds and high contact pressures
- Iron-copper alloy bearings
- Special-shaped bearings

Sintered mechanical components and magnetic components
- High-strength materials
- Materials with high machinability
- Heat- and wear-resistant materials for valve systems
- High-temperature oxidation- and wear-resistant materials
- Sintered stainless steel materials
- Soft magnetic materials

　

Aluminum Products
Scrolls for electric compressors

Power semiconductor coolers

Heat sinks
- Skived heat sinks
- Extruded heat sinks

Forged aluminum suspension components

Precision-sliced parts

View latest major parts supplier agreements.
Click for a free trial!

History

Corporate structure changed from a limited stock company to a holding company

-On January 1, 2023, Showa Denko Materials Co., Ltd. merged with Showa Denko Co., Ltd. As a result, the new company was named Resonac. The former Showa Denko changed its trade name to Resonac Holdings Corporation, operating as a a holding company, and the former Showa Denko Materials changed its trade name to Resonac Corporation, doing business as an operating company.

Apr. 2020 Showa Denko turned Hitachi Chemicals into a consolidated subsidiary.
Oct. 2020 Hitachi Chemic

　

Resonac Holdings History (Formerly Showa Denki Co., Ltd.)

Dec. 1908 Established Sobo Marine Products Co., Ltd. for the purpose of manufacturing and selling iodine
Apr. 1921 Established Takada Aluminum Equipment Manufacturing Co., Ltd. (later named Showa Aluminum Co., Ltd.)
Oct. 1926 Established Nihon Iodine Co., Ltd.
Oct. 1928 Established Showa Fertilizers
Mar. 1934 Renamed Japan Iodoine to Nihon Showa Kogyo Co., Ltd.
Nov. 1937 Established Riken Kohaku Co., Ltd. (later Showa Hipolymer Co., Ltd.)
Jun. 1939 Established Showa Denko from both Showa Denki. and Showa Fertilizers
May 1949 Listed on the Tokyo Stock Exchange
Oct. 1962 Established Hitachi Chemical Industry (later renamed to Hitachi Chemicals)
Feb. 1966 Established Chidori Kogyo (currently Kanagawa Business Office)
Apr. 1969 Launch of commercial operations at Oita Petrochemical Complex.
Jul. 1988 Acquired the graphite electrode business from the B.O.C Group in the United States, and established Showa Denko Carbon, Inc. (currently Resonac Graphite America Inc.)
Mar. 2001 Merged with Showa Aluminum Co., Ltd.
Jan. 2003 Acquired the hard-disc business from Mitsubishi Chemicals Group (currently Resonac HD Singapore Pte. Ltd.)
Jul. 2003 Listed as one business on the Tokyo Stock Exchange
Jul. 2004 Invested in Trace Storage Technology of Taiwan, a hard-disc manufacturer, turning it into a consolidated subsidiary (currently Showa Denko HD Trace Corporation)
Jul. 2009 Acquired the hard disk business of Fujitsu Limited (currently Resonac HD Yamagata Co., Ltd.)
Dec. 2009 Turned Showa Gas Co., Ltd. into a wholly owned subsidiary (currently Resonac Gas Products).
Jul. 2010 Merged Showa Hipolymer Co., Ltd.
Sep. 2016 Turned Sun Aroma Co., Ltd., a Synthetic resin polypropylene business, into a consolidated subsidiary
Oct. 2017 Acquired SGL GE Holding GmbH engaged in the graphite electrode business (currently Resonac Europe GmbH)
2020 Acquired Hitachi Chemicals and changed the name to Showa Denko Materials Co., Ltd.
Apr. 2022 Moved from the 1st Section to the Prime Market of the Tokyo Stock Exchange due to the TSE's reorganization.
Jan. 2023 Adopted the corporate name Resonac Holdings, after changing to a holding company. The name of Showa Denko Materials, a consolidated subsidiary, was changed to Resonac. And inherited all of Showa’s businesses.
Jan. 2025 Crasus Chemical Inc. acquired the petrochemical business and commenced operations. (Crasus Chemical is a subsidiary, which was established in August 2024.)
Dec. 2025 Resonac Corporation, transferred all stock shares of FIAMM Energy Technology to Aurelius Investment Lux Sixteen.
Apr. 2026 Resonac Corporation, transferred the automotive molding materials businesses in Japan and Thailand to Moriroku Co, Ltd.

Supplemental Information 1

Resonac Corporation (Formerly Showa Denko Materials Co., Ltd.)
>>>FY ended Mar. 31, 2022 Business Report
>>>FY ended Mar. 31, 2023 Business Report
>>>FY ended Mar. 31, 2024 Business Report

Showa Denko Materials Co., Ltd.
>>>FY ended Mar. 31, 2020 Business Report
>>>FY ended Mar. 31, 2021 Business Report

Hitachi Chemical Co., Ltd.
>>>FY ended Mar. 31, 2008 Business Report
>>>FY ended Mar. 31, 2009 Business Report
>>>FY ended Mar. 31, 2010 Business Report
>>>FY ended Mar. 31, 2011 Business Report
>>>FY ended Mar. 31, 2012 Business Report
>>>FY ended Mar. 31, 2013 Business Report
>>>FY ended Mar. 31, 2014 Business Report
>>>FY ended Mar. 31, 2015 Business Report
>>>FY ended Mar. 31, 2016 Business Report
>>>FY ended Mar. 31, 2017 Business Report
>>>FY ended Mar. 31, 2018 Business Report
>>>FY ended Mar. 31, 2019 Business Report

Archives of Past Exhibits

Shin-Kobe Electric Machinery Co., Ltd.
>>>FY ended Mar. 31, 2010 Business Report
>>>FY ended Mar. 31, 2011 Business Report

Note: A figure in brackets ( ) indicates a loss

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2025 JSAE Automotive Engineering Exposition
Disc Brake Pad
Resonac has developed brake pads for EVs. Although EVs use the foot brake less frequently due to regenerative braking, the vehicle body is heavy, so in situations where it is used frequently, the load is higher than in gasoline vehicles. Therefore, EV brakes need to perform stably regardless of the situation.
2025 JSAE Automotive Engineering Exposition
Disc Brake Pad
Resonac has developed brake pads for EVs. Although EVs use the foot brake less frequently due to regenerative braking, the vehicle body is heavy, so in situations where it is used frequently, the load is higher than in gasoline vehicles. Therefore, EV brakes need to perform stably regardless of the situation.
2025 JSAE Automotive Engineering Exposition
Brake rotor coating paint
Brake pads form a film on the rotor as the pad is worn down to produce braking force. This coating material is used to compensate for the low braking force during the break-in period before the film forms.
2025 JSAE Automotive Engineering Exposition
Brake rotor coating paint
Brake pads form a film on the rotor as the pad is worn down to produce braking force. This coating material is used to compensate for the low braking force during the break-in period before the film forms.
2025 JSAE Automotive Engineering Exposition
Biomass Polyolefin Sheet
It is polyethylene made from plant-based materials instead of petroleum. Because the plant material absorbs carbon dioxide, it can significantly reduce the total amount of carbon dioxide emissions while maintaining the same basic performance.
2025 JSAE Automotive Engineering Exposition
Biomass Polyolefin Sheet
It is polyethylene made from plant-based materials instead of petroleum. Because the plant material absorbs carbon dioxide, it can significantly reduce the total amount of carbon dioxide emissions while maintaining the same basic performance.
2025 JSAE Automotive Engineering Exposition
Aluminum cooling device for inverter
This aluminum cooler is manufactured using laser bonding instead of brazing. This has succeeded in reducing costs and improving productivity. It also supports multi-materials, combining lightweight aluminum with copper, which has excellent heat dissipation properties.
2025 JSAE Automotive Engineering Exposition
Aluminum cooling device for inverter
This aluminum cooler is manufactured using laser bonding instead of brazing. This has succeeded in reducing costs and improving productivity. It also supports multi-materials, combining lightweight aluminum with copper, which has excellent heat dissipation properties.
2025 JSAE Automotive Engineering Exposition
Aluminum cooling device for inverter
This aluminum cooler is manufactured using laser bonding instead of brazing. This has succeeded in reducing costs and improving productivity. It also supports multi-materials, combining lightweight aluminum with copper, which has excellent heat dissipation properties.
2025 JSAE Automotive Engineering Exposition
Aluminium cooling device for ADAS / SoC
A water-cooled aluminum cooler for ADAS/SoC that supports autonomous driving level 3 and above. As with the inverter cooler, laser bonding is used. The finished product is thin.
2025 JSAE Automotive Engineering Exposition
Aluminium cooling device for ADAS / SoC
A water-cooled aluminum cooler for ADAS/SoC that supports autonomous driving level 3 and above. As with the inverter cooler, laser bonding is used. The finished product is thin.
2025 JSAE Automotive Engineering Exposition
Plastic water jacket
By switching from aluminum to plastic, the part is smaller, lighter and more electrically insulating. Plastic-metal bonding technology and DSI molding technology are used in its production.
Plastic-metal bonding technology is a technology that uses a laser to roughen the metal surface before insert molding, making it easier to bond dissimilar metal and plastic.
DSI (Die Slide Injection) molding technology is a technology that allows hollow parts to be manufactured without changing the mold by sliding the mold between the primary and secondary injections.
2025 JSAE Automotive Engineering Exposition
Plastic water jacket
By switching from aluminum to plastic, the part is smaller, lighter and more electrically insulating. Plastic-metal bonding technology and DSI molding technology are used in its production.
Plastic-metal bonding technology is a technology that uses a laser to roughen the metal surface before insert molding, making it easier to bond dissimilar metal and plastic.
DSI (Die Slide Injection) molding technology is a technology that allows hollow parts to be manufactured without changing the mold by sliding the mold between the primary and secondary injections.
2025 JSAE Automotive Engineering Exposition
Plastic water jacket
By switching from aluminum to plastic, the part is smaller, lighter and more electrically insulating. Plastic-metal bonding technology and DSI molding technology are used in its production.
Plastic-metal bonding technology is a technology that uses a laser to roughen the metal surface before insert molding, making it easier to bond dissimilar metal and plastic.
DSI (Die Slide Injection) molding technology is a technology that allows hollow parts to be manufactured without changing the mold by sliding the mold between the primary and secondary injections.
2025 JSAE Automotive Engineering Exposition
Plastic water jacket
By switching from aluminum to plastic, the part is smaller, lighter and more electrically insulating. Plastic-metal bonding technology and DSI molding technology are used in its production.
Plastic-metal bonding technology is a technology that uses a laser to roughen the metal surface before insert molding, making it easier to bond dissimilar metal and plastic.
DSI (Die Slide Injection) molding technology is a technology that allows hollow parts to be manufactured without changing the mold by sliding the mold between the primary and secondary injections.
2025 JSAE Automotive Engineering Exposition
Aluminum Free Curve Bending Process products
Originally, this extrusion processing technology was originally designed to manufacture roof rails, various other potential applications are being considered.
2025 JSAE Automotive Engineering Exposition
Aluminum Free Curve Bending Process products
Originally, this extrusion processing technology was originally designed to manufacture roof rails, various other potential applications are being considered.
2025 JSAE Automotive Engineering Exposition
Isotropic NFB bonded magnet
A magnet made by solidifying magnetic powder with resin. The magnets are highly efficient and strong, in line with the trend towards the miniaturization and higher output of motors.
2025 JSAE Automotive Engineering Exposition
Isotropic NFB bonded magnet
A magnet made by solidifying magnetic powder with resin. The magnets are highly efficient and strong, in line with the trend towards the miniaturization and higher output of motors.
2025 JSAE Automotive Engineering Exposition
SMC Motor Core
Unlike ordinary motor cores, Soft Magnetic Composite (SMC) powder magnetic cores can be molded into 3D shapes. This product has low iron loss and is five times stronger than conventional products.
2025 JSAE Automotive Engineering Exposition
SMC Motor Core
Unlike ordinary motor cores, Soft Magnetic Composite (SMC) powder magnetic cores can be molded into 3D shapes. This product has low iron loss and is five times stronger than conventional products.
2025 JSAE Automotive Engineering Exposition
SMC Motor Core
Unlike ordinary motor cores, Soft Magnetic Composite (SMC) powder magnetic cores can be molded into 3D shapes. This product has low iron loss and is five times stronger than conventional products.
2025 JSAE Automotive Engineering Exposition
SiC Epitaxial Wafer
Semiconductor epitaxial wafers are used in power modules. An epitaxial wafer is a wafer before it is made into a device; it consists of a thin layer attached to a semiconductor substrate. Resonac focuses on three things: reducing defects on the epi-wafer surface, reducing defects within the epi-layer, and increasing the size of epi-wafers.
2025 JSAE Automotive Engineering Exposition
SiC Epitaxial Wafer
Semiconductor epitaxial wafers are used in power modules. An epitaxial wafer is a wafer before it is made into a device; it consists of a thin layer attached to a semiconductor substrate. Resonac focuses on three things: reducing defects on the epi-wafer surface, reducing defects within the epi-layer, and increasing the size of epi-wafers.
2025 JSAE Automotive Engineering Exposition
Millimeter-Wave Transmitting Ag Coating
2025 JSAE Automotive Engineering Exposition
Millimeter-Wave Transmitting Ag Coating
2025 JSAE Automotive Engineering Exposition
Millimeter-Wave Transmitting Ag Coating
Automotive World 2023
Plastic back door module
- 20~30% lighter compared to steel modules
Inner panel: Glass fiber reinforced thermoplastic resin
Outer panel: Engineering plastic
Automotive World 2023
Plastic back door module
- 20~30% lighter compared to steel modules
Inner panel: Glass fiber reinforced thermoplastic resin
Outer panel: Engineering plastic
Automotive World 2023
Plastic back door module
- 20~30% lighter compared to steel modules
Inner panel: Glass fiber reinforced thermoplastic resin
Outer panel: Engineering plastic
Automotive World 2023
Plastic water jacket
- Cooling jacket that contributes to improved xEV performance by using resin for all but the cooling surfaces, making it compact and lightweight.
- Under development
Automotive World 2023
Plastic water jacket
- Cooling jacket that contributes to improved xEV performance by using resin for all but the cooling surfaces, making it compact and lightweight.
- Under development
Automotive World 2023
Aluminum laminated film type cooler (LAMICOOLER)
‐ Liquid coolant battery cooler with the same cooling performance as conventional aluminum coolers, but less than half the weight.
- Under development
Automotive World 2023
Aluminum laminated film type cooler (LAMICOOLER)
‐ Liquid coolant battery cooler with the same cooling performance as conventional aluminum coolers, but less than half the weight.
- Under development
Automotive World 2023
Ag coating for millimeter waves
- Ag deposition, a deposition technology that adds radar transparency to metallic appearance
- Used for emblems, smart mirrors, etc.
Automotive World 2023
Ag coating for millimeter waves
- Ag deposition, a deposition technology that adds radar transparency to metallic appearance
- Used for emblems, smart mirrors, etc.
Automotive World 2023
Ag coating for millimeter waves
- Ag deposition, a deposition technology that adds radar transparency to metallic appearance
- Used for emblems, smart mirrors, etc.
Automotive World 2023
SMC core for motors
‐ Approximately 5 times stronger than conventional compacted magnetic cores.
Automotive World 2023
SMC core for motors
‐ Approximately 5 times stronger than conventional compacted magnetic cores.
Automotive World 2023
SMC core for motors
‐ Approximately 5 times stronger than conventional compacted magnetic cores.
Automotive World 2023
SMC core for motors
‐ Approximately 5 times stronger than conventional compacted magnetic cores.
Automotive World 2023
WelQuick
- Thermoplastic type adhesive film
- Utilized as a sealant for connectors and as a structural adhesive for automotive applications
Automotive World 2023
WelQuick
- Thermoplastic type adhesive film
- Utilized as a sealant for connectors and as a structural adhesive for automotive applications
Automotive World 2023
WelQuick
- Thermoplastic type adhesive film
- Utilized as a sealant for connectors and as a structural adhesive for automotive applications
Automotive World 2023
WelQuick
- Thermoplastic type adhesive film
- Utilized as a sealant for connectors and as a structural adhesive for automotive applications
Automotive World 2023
WelQuick
- Thermoplastic type adhesive film
- Utilized as a sealant for connectors and as a structural adhesive for automotive applications
Automotive World 2023
WelQuick
- Thermoplastic type adhesive film
- Utilized as a sealant for connectors and as a structural adhesive for automotive applications
Automotive World 2023
Solvent-free UV curable coating materials
‐ Coatings that can reduce VOC and carbon dioxide emissions
- Coats automotive interior and exterior components and provides the weather resistance necessary to protect polycarbonate base materials from UV degradation.
Automotive World 2023
Solvent-free UV curable coating materials
‐ Coatings that can reduce VOC and carbon dioxide emissions
- Coats automotive interior and exterior components and provides the weather resistance necessary to protect polycarbonate base materials from UV degradation.
Automotive World 2023
Forged aluminum suspension parts
Automotive World 2023
Forged aluminum suspension parts
Automotive World 2023
High strength plastic gears
- Gears for balance shafts
- Made of heat-resistant resin with about 1/6 the specific gravity of steel and Tg≥215℃.
Automotive World 2023
High strength plastic gears
- Gears for balance shafts
- Made of heat-resistant resin with about 1/6 the specific gravity of steel and Tg≥215℃.
Automotive World 2023
High strength plastic gears
- Gears for balance shafts
- Made of heat-resistant resin with about 1/6 the specific gravity of steel and Tg≥215℃.
Automotive World 2023
High strength plastic gears
- Gears for balance shafts
- Made of heat-resistant resin with about 1/6 the specific gravity of steel and Tg≥215℃.
Automotive World 2023
Low frequency noise absorbing material
‐ Contributes to improved cabin quietness in EVs
Automotive World 2023
Low frequency noise absorbing material
‐ Contributes to improved cabin quietness in EVs
Automotive World 2023
Foamed molding technology for exterior parts
- Achieves 30% weight reduction compared to conventional plastic products.
‐ For arch moldings, door moldings, and back door garnishes
Automotive World 2023
Foamed molding technology for exterior parts
- Achieves 30% weight reduction compared to conventional plastic products.
‐ For arch moldings, door moldings, and back door garnishes
Automotive World 2023
Thermal insulating coating
Automotive World 2023
Thermal insulating coating
Automotive World 2023
Thermal insulating coating
Automotive World 2020
Low frequency sound absorbing material
- By adjustment of the material, it is possible to change the frequency of maximum sound absorption. Can be designed for use in specific locations. A demonstration was exhibited.
Automotive World 2020
High strength polymer gear
- Weight and noise reductions achieved by changing conventionally metal gears to plastic.
Automotive World 2020
High strength polymer gear
- Weight and noise reductions achieved by changing conventionally metal gears to plastic.
Automotive World 2020
High strength polymer gear
- Weight and noise reductions achieved by changing conventionally metal gears to plastic.
Automotive World 2020
High strength polymer gear
- Weight and noise reductions achieved by changing conventionally metal gears to plastic.
Automotive World 2020
High strength polymer gear
- Weight and noise reductions achieved by changing conventionally metal gears to plastic.
Automotive World 2020
Anode materials for lithium ion battery MAG / SMG
- MAG is the trade name of the company's artificial graphite series.
- SMG is surface modified graphite.
Automotive World 2020
Anode materials for lithium ion battery MAG / SMG
- MAG is the trade name of the company's artificial graphite series.
- SMG is surface modified graphite.
Automotive World 2020
Anode materials for lithium ion battery MAG / SMG
- MAG is the trade name of the company's artificial graphite series.
- SMG is surface modified graphite.
Automotive World 2020
Anode materials for lithium ion battery MAG / SMG
- MAG is the trade name of the company's artificial graphite series.
- SMG is surface modified graphite.
Automotive World 2020
Housing case for intelligent power module
Automotive World 2020
Housing case for intelligent power module
Automotive World 2020
Powder metal technology for magnetic parts
Automotive World 2020
Powder metal technology for magnetic parts
Automotive World 2020
Eco-friendly insulating varnish for xEV drive motor
Automotive World 2020
Eco-friendly insulating varnish for xEV drive motor
Automotive World 2020
Eco-friendly insulating varnish for xEV drive motor
Automotive World 2020
Plastic rear hatch module
Automotive World 2020
Plastic rear hatch module
Automotive World 2020
Power device related materials
Automotive World 2020
Power device related materials
Automotive World 2020
Power device related materials
Automotive World 2020
Power device related materials
Automotive World 2020
Power device related materials
Automotive World 2020
Power device related materials
Automotive World 2020
Power device related materials
Automotive World 2020
Materials for sensor packaging
- Materials for thermal management (red background)
- Materials for reliability (yellow)
Automotive World 2020
Materials for sensor packaging
- Materials for thermal management (red background)
- Materials for reliability (yellow)
Automotive World 2020
Materials for sensor packaging
- Materials for thermal management (red background)
- Materials for reliability (yellow)
Automotive World 2020
Materials for ECU / Micro control packaging
- Materials for thermal management (red background)
- Reliability (yellow)
- Process improved material (blue)
- CEL-X-AM: Improved material reliability, including flow resistance and temperature cycling. (Grade0 compatible)
Automotive World 2020
Materials for ECU / Micro control packaging
- Materials for thermal management (red background)
- Reliability (yellow)
- Process improved material (blue)
- CEL-X-AM: Improved material reliability, including flow resistance and temperature cycling. (Grade0 compatible)
Automotive World 2020
Materials for ECU / Micro control packaging
- Materials for thermal management (red background)
- Reliability (yellow)
- Process improved material (blue)
- CEL-X-AM: Improved material reliability, including flow resistance and temperature cycling. (Grade0 compatible)
Automotive World 2020
Materials for ECU / Micro control packaging
- Materials for thermal management (red background)
- Reliability (yellow)
- Process improved material (blue)
- CEL-X-AM: Improved material reliability, including flow resistance and temperature cycling. (Grade0 compatible)
Automotive World 2020
Materials around antenna
- Low dielectric and low transmission loss materials for antennas (identified with purple background)
- Process improvement to insulation sheet (blue background)
Automotive World 2020
Materials around antenna
- Low dielectric and low transmission loss materials for antennas (identified with purple background)
- Process improvement to insulation sheet (blue background)
Automotive World 2020
Materials around antenna
- Low dielectric and low transmission loss materials for antennas (identified with purple background)
- Process improvement to insulation sheet (blue background)
Automotive World 2020
Materials around antenna
- Low dielectric and low transmission loss materials for antennas (identified with purple background)
- Process improvement to insulation sheet (blue background)
Automotive World 2020
Materials around antenna
- Low dielectric and low transmission loss materials for antennas (identified with purple background)
- Process improvement to insulation sheet (blue background)
2019 Automechanika Shanghai
Plastic rear door module
-Supplied to Nissan
2019 Automechanika Shanghai
High strength resin gears
2019 Automechanika Shanghai
Masking film for plating process "Hitalex" K-series
-Less plating penetration, high plating accuracy can be obtained.
2019 Automechanika Shanghai
Masking film for plating process "Hitalex" K-series
-Less plating penetration, high plating accuracy can be obtained.
2019 Automechanika Shanghai
Anisotropic and Isotropic conductive films
2019 Automechanika Shanghai
Anisotropic and Isotropic conductive films
2019 Automechanika Shanghai
Anisotropic and Isotropic conductive films
2019 Automechanika Shanghai
Environmental friendly insulating varnish for xEV motor
-Fast curing speed, the productivity can be improved.
-High flash point.
-High durability.
2019 Automechanika Shanghai
Environmental friendly insulating varnish for xEV motor
-Fast curing speed, the productivity can be improved.
-High flash point.
-High durability.
Automotive World 2019
High Strength Resin Gear
-Resin gears for motors and power train components. It archived high strength, lightweight and reduction of NVH.
Automotive World 2019
Heat Release Insulating Sheet
Automotive World 2019
Environmental Friendly Insulating Varnish for xEV Motor
Automotive World 2019
Soft Magnetic Composite
-achieved downsizing of motor / inverter core
Automotive World 2019
Anode Material for Lithium Ion Battery
Automotive World 2019
Materials for Semi Solid-state Batteries
Automotive World 2019
Materials for Semi Solid-state Batteries
Automotive World 2019
Functional Cupper Foil
-10 microns in thickness. There are small, invisible holes on the surface and these take 40% of its surface.
Automotive World 2019
Shape Retain Thermal Storage Material
Automotive World 2019
Cu Paste for 3D-MID (Molded Interconnect Devices)
Automotive World 2019
Structual Adhesive
Automotive World 2019
Anti-icing Transparent Coating Material
Automotive World 2019
Vital Sign Sensor Sheet
ｰSensor Sheet which can take driver's electrocardiogram by electrostatic input.
Automotive World 2019
Transparent Conductive Transfer Film
Automotive World 2019
Conductive Film
Automotive World 2019
Materials for Electronic Control Unit
Automotive World 2019
Materials for ADAS, Autonomous driving systems, Telematics and Infotainment
Automotive World 2019
Materials for Camera Modules / Image Sensor Device
Automotive World 2019
Materials for Laser Scanner
Automotive World 2019
Materials for Laser Scanner
Automotive World 2019
Materials for Millimeter Radar Module
Automotive World 2019
Materials for Millimeter Radar Module
Automotive World 2019
Materials for V2X
Automotive World 2019
Materials for V2X
Automotive World 2019
Materials for V2X
Automotive World 2019
Sintering Cu Bonding Paste
Automotive World 2019
Vertical Graphite TiM
Automotive World 2019
Resin Insulated Thick Copper substrate
Automotive World 2019
High Heat Resistant Insulating Coating Materials
Automotive World 2019
Encapsulant for Case Module
China International Auto Products Expo 2016
Brake pads
-Installed vehicle:
Dongfeng Nissan "Sunny"
China International Auto Products Expo 2016
Brake pads
-Installed vehicle:
Dongfeng Nissan "Tiida"
China International Auto Products Expo 2016
Brake pads
China International Auto Products Expo 2016
Brake pads
China International Auto Products Expo 2016
Brake pads
-Installed vehicle:
GAC Honda "Fit"
China International Auto Products Expo 2016
Cover for VCT
China International Auto Products Expo 2016
VCT blade
China International Auto Products Expo 2016
Intake gear for VCT
China International Auto Products Expo 2016
Stator for VCT
China International Auto Products Expo 2016
Valve guides
China International Auto Products Expo 2016
Crankshaft bearing cover
China International Auto Products Expo 2016
Sprocket wheel
China International Auto Products Expo 2016
Pump driven sprocket wheel
China International Auto Products Expo 2016
Gear
China International Auto Products Expo 2016
Plastic balancer shaft
China International Auto Products Expo 2016
Plastic balancer shaft
China International Auto Products Expo 2016
Balance shaft system for engines

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Gurgaon, Haryana, India
+91-124-4048779