4-5-33, Kitahama, Chuo-ku, Osaka-shi, Osaka-hu, 541-0041, Japan
Business Overview
-Major manufacturer of wire harnesses.
-The Company operates the following five business sectors: automotive, information-communications, electronics, environmental energy, and industrial materials.
-The automotive business deals in the following products: Wire harnesses, Automotive electric parts (the Company and Sumitomo Wiring Systems), Anti-vibration rubber, automotive hose (Sumitomo Riko), Network systems such as traffic-control systems.
Shareholders
-From April 2022, moved to the Prime Market of the Tokyo Stock Exchange and to the Premium Market of the Nagoya Stock Exchange, in addition to be listed on the Fukuoka Stock Exchange.
(As of Mar. 31, 2023)
Name or Company name
Investment ratio (%)
The Master Trust Bank of Japan, Ltd. (Trust Account)
16.62
Custody Bank of Japan, Ltd. (Trust Account)
9.44
Nippon Life Insurance Co.
3.17
BBH/BBH+CO SUMITOMO MITSUI TRUST BANK, LIMITED (LONDON BRANCH) FOR SIMPLEX VALUE CREATION FUND JPY A CLT A/C
2.39
Sumitomo Life Insurance Co.
1.99
The Master Trust Bank of Japan, Ltd. (Trust Account J)
Wiring harnesses and electrical components -Automotive wiring harnesses -Electronics products -Products for EVs, HEVs, and PHEVs -Harness components >>>Click to see images of the Company’s products
Steel cords for tire reinforcement -Steel cords for tire reinforcement -Cable bead -Bead wires
Aluminum materials -Aluminum bars and wires -Electronic lead wires
Sintered ZnS lenses
Products for electronic devices -Tungsten and molybdenum powders, and various powders of carbides and nitrides: for various alloys and target materials -Tungsten and molybdenum crucibles: for pulling monocrystalline sapphire -Tungsten wires/electrodes: for discharge lamps and other lamps -Metallic heat-radiating substrate materials (copper tungsten, copper molybdenum) -Ceramic heat-radiating substrate material (aluminum nitride, AL-SiC) -Diamond heat-radiating materials (monocrystals, CVD, copper diamonds) -Flexible Printed Circuit -Metal Foam (Celmet)/Electroplated Wire -Sumicrystal -Magnesium-Silicon Carbide
Sintered parts -Sumi Altough (high performance aluminum alloy) -Dust cores
Cable with connector for EV DC charger / discharger -Quick Charging Connector (SEVD-02/SEVD-11)
Sumitomo Headquarters acquired Nippon Copper Co., Ltd. and established Sumitomo Copper Rolling Works as a (direct management Company) to produce copper wires.
Mar. 1899
Acquired Osaka Copper Co., Ltd. and established the Sumitomo Copper Rolling Works Nakanoshima factory.
Apr. 1890
Started manufacturing insulated wires.
Oct. 1909
Started test development of telecommunications cables.
Aug. 1911
Separated wire manufacturing from Sumitomo Copper Rolling Works and set up the Sumitomo Electric Wire & Cable Works with capability to produce almost all kinds of electric cables.
Apr. 1916
Started production of enamel wires.
Dec. 1916
Built and moved operations to a new plant at the current Osaka plant site.
Dec. 1920
Separated from Sumitomo Headquarters and reorganized as Sumitomo Electric Wire & Cable Works (with capital of 10 million yen).
Adopted new corporate name, Sumitomo Electric Industries, Ltd. (current name).
Jan. 1943
Started manufacturing anti-vibration rubber and fuel tanks.
Nov. 1948
Started selling sintered products.
May 1949
Listed its stock on the Tokyo, Osaka, and Nagoya stock exchanges.
Jul. 1962
Located the home office to Chuo Ward (current location) in Osaka, from the Konohana Ward.
Jun. 1963
Started manufacturing disk brakes.
Jun. 1986
Established Sumitomo Electric Wiring Systems, Inc in the U.S.
Jan. 1993
Opened its Harima Research Laboratories.
Jul. 1999
Transferred the brake and ABS business to Sumitomo Denko Brake Systems Corp.
Jul. 2000
Acquired Lucas Sumitomo Brakes (LSB), which was a joint-venture with TRW in Ohio, USA, and made it into a wholly-owned subsidiary.
Nov. 2000
Established SEI Brake Systems Thailand, a manufacturer of disc brakes.
Mar. 2001
Established SEWS-CABIND S.p.A. (Cabind) in Italy jointly with Sumitomo Wiring Systems, Inc. and other companies to produce wire harnesses.
Mar. 2006
Acquired German auto wire-harness manufacturer (currently Sumitomo Electric Bordnetze GmbH).
Aug. 2007
Made Sumitomo Electric Wiring Systems, Inc. its wholly owned subsidiary.
Aug. 2009
In reorganizing its optics and electronic business divisions, launched Sumitomo Electric Device Innovations Inc.
2012
Established Sumiden Hyosung Steel Cord (Thailand) Co., Ltd., a joint venture with Hyosung Corporation, which is a major supplier of tire reinforcement material based in Korea; in Rayong Province.
Established "SUMI REMA EV Solutions GmbH", a joint venture with Sumitomo Wiring Systems and REMA, a charging-connector manufacturer based in Germany; to develop and design charging connectors for electric vehicles.
Apr. 2022
Moved from the First Section of the Tokyo Stock Exchange to the Prime Market in line with the TSE’s reorganization.
-Data can be branched from one PCB connector and sent to multiple PCB connectors. Connection is possible at the same speed even when data volumes are different.
-Commercialization is scheduled for 2026.
-Data can be branched from one PCB connector and sent to multiple PCB connectors. Connection is possible at the same speed even when data volumes are different.
-Commercialization is scheduled for 2026.
-Data can be branched from one PCB connector and sent to multiple PCB connectors. Connection is possible at the same speed even when data volumes are different.
-Commercialization is scheduled for 2026.
-Data can be branched from one PCB connector and sent to multiple PCB connectors. Connection is possible at the same speed even when data volumes are different.
-Commercialization is scheduled for 2026.
-Data can be branched from one PCB connector and sent to multiple PCB connectors. Connection is possible at the same speed even when data volumes are different.
-Commercialization is scheduled for 2026.
-Data can be branched from one PCB connector and sent to multiple PCB connectors. Connection is possible at the same speed even when data volumes are different.
-Commercialization is scheduled for 2026.
-Heat-dissipating material is attached between the busbar and the housing inside the high-voltage J/B to improve heat dissipation, enabling it to handle high currents.
-Safety protection is provided by a finger touch prevention structure of the high-voltage connection.
-Heat-dissipating material is attached between the busbar and the housing inside the high-voltage J/B to improve heat dissipation, enabling it to handle high currents.
-Safety protection is provided by a finger touch prevention structure of the high-voltage connection.
-Heat-dissipating material is attached between the busbar and the housing inside the high-voltage J/B to improve heat dissipation, enabling it to handle high currents.
-Safety protection is provided by a finger touch prevention structure of the high-voltage connection.
-Heat-dissipating material is attached between the busbar and the housing inside the high-voltage J/B to improve heat dissipation, enabling it to handle high currents.
-Safety protection is provided by a finger touch prevention structure of the high-voltage connection.
-Busbars are used to connect the battery cells.
-Transmits battery cell voltage and temperature to ECU via FPC or wire.
-FPC is thinner and lighter than wires.
-Busbars are used to connect the battery cells.
-Transmits battery cell voltage and temperature to ECU via FPC or wire.
-FPC is thinner and lighter than wires.
-Busbars are used to connect the battery cells.
-Transmits battery cell voltage and temperature to ECU via FPC or wire.
-FPC is thinner and lighter than wires.
2023 JSAE Automotive Engineering Exposition Energy management of EVs/PHEVs
-System that adjusts EVs/PHEVs and electric power supply and demand to maximize the use of renewable energy.
-It is expected to increase the utilization of renewable energy and reduce electricity costs and CO2 emissions.
-Plans to use smartphone apps and cloud servers.
2023 JSAE Automotive Engineering Exposition Energy management of EVs/PHEVs
-System that adjusts EVs/PHEVs and electric power supply and demand to maximize the use of renewable energy.
-It is expected to increase the utilization of renewable energy and reduce electricity costs and CO2 emissions.
-Plans to use smartphone apps and cloud servers.
2023 JSAE Automotive Engineering Exposition Energy management of EVs/PHEVs
-System that adjusts EVs/PHEVs and electric power supply and demand to maximize the use of renewable energy.
-It is expected to increase the utilization of renewable energy and reduce electricity costs and CO2 emissions.
-Plans to use smartphone apps and cloud servers.
2023 JSAE Automotive Engineering Exposition Energy management of EVs/PHEVs
-System that adjusts EVs/PHEVs and electric power supply and demand to maximize the use of renewable energy.
-It is expected to increase the utilization of renewable energy and reduce electricity costs and CO2 emissions.
-Plans to use smartphone apps and cloud servers.
2023 JSAE Automotive Engineering Exposition Energy management of EVs/PHEVs
-System that adjusts EVs/PHEVs and electric power supply and demand to maximize the use of renewable energy.
-It is expected to increase the utilization of renewable energy and reduce electricity costs and CO2 emissions.
-Plans to use smartphone apps and cloud servers.
2023 JSAE Automotive Engineering Exposition Infrastructure platform for micro-mobility
-A low-voltage in-vehicle platform with basic vehicle functions that combines wiring harness and ECU functions, and a service platform that allows easy installation of automatic driving systems, etc.
2023 JSAE Automotive Engineering Exposition Infrastructure platform for micro-mobility
-A low-voltage in-vehicle platform with basic vehicle functions that combines wiring harness and ECU functions, and a service platform that allows easy installation of automatic driving systems, etc.
2023 JSAE Automotive Engineering Exposition Infrastructure platform for micro-mobility
-A low-voltage in-vehicle platform with basic vehicle functions that combines wiring harness and ECU functions, and a service platform that allows easy installation of automatic driving systems, etc.
2023 JSAE Automotive Engineering Exposition Infrastructure platform for micro-mobility
-A low-voltage in-vehicle platform with basic vehicle functions that combines wiring harness and ECU functions, and a service platform that allows easy installation of automatic driving systems, etc.
2023 JSAE Automotive Engineering Exposition Infrastructure platform for micro-mobility
-A low-voltage in-vehicle platform with basic vehicle functions that combines wiring harness and ECU functions, and a service platform that allows easy installation of automatic driving systems, etc.
2023 JSAE Automotive Engineering Exposition Infrastructure platform for micro-mobility
-A low-voltage in-vehicle platform with basic vehicle functions that combines wiring harness and ECU functions, and a service platform that allows easy installation of automatic driving systems, etc.
2023 JSAE Automotive Engineering Exposition Infrastructure platform for micro-mobility
-A low-voltage in-vehicle platform with basic vehicle functions that combines wiring harness and ECU functions, and a service platform that allows easy installation of automatic driving systems, etc.
2023 JSAE Automotive Engineering Exposition High performance heat insulation Finesulight
-Developed thin instulation material based on polymer material technology.
-Used for door trims and duct hoses, etc., to provide insulation inside the cabin.
-By imprinting aerogel, a material that separates from water, into the gaps between the sheets, a nanospace structure is created that does not transfer heat.
2023 JSAE Automotive Engineering Exposition High performance heat insulation Finesulight
-Developed thin instulation material based on polymer material technology.
-Used for door trims and duct hoses, etc., to provide insulation inside the cabin.
-By imprinting aerogel, a material that separates from water, into the gaps between the sheets, a nanospace structure is created that does not transfer heat.
2023 JSAE Automotive Engineering Exposition High performance heat insulation Finesulight
-Developed thin instulation material based on polymer material technology.
-Used for door trims and duct hoses, etc., to provide insulation inside the cabin.
-By imprinting aerogel, a material that separates from water, into the gaps between the sheets, a nanospace structure is created that does not transfer heat.
2023 JSAE Automotive Engineering Exposition High performance heat insulation Finesulight
-Developed thin instulation material based on polymer material technology.
-Used for door trims and duct hoses, etc., to provide insulation inside the cabin.
-By imprinting aerogel, a material that separates from water, into the gaps between the sheets, a nanospace structure is created that does not transfer heat.
2023 JSAE Automotive Engineering Exposition High performance heat insulation Finesulight
-Developed thin instulation material based on polymer material technology.
-Used for door trims and duct hoses, etc., to provide insulation inside the cabin.
-By imprinting aerogel, a material that separates from water, into the gaps between the sheets, a nanospace structure is created that does not transfer heat.
2023 JSAE Automotive Engineering Exposition Refleshine, heat reflecting and insulating film
-This product has heat reflection and heat insulation that cuts solar energy by 19-41% and heater energy loss by 25%, thus reducing the load on air conditioning.
-It maintains high transparency and is effective in blocking more than 99% of UV rays.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition CONNECTOR FOR high-speed communication
-Connector for LAN (Ethernet), connector for SerDos, and connector for coaxial cable.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Connection technology for e-Axle
-Wire harness connection, short wire harness connection, direct connection.
2023 JSAE Automotive Engineering Exposition Parts for batteries, FC modules
2023 JSAE Automotive Engineering Exposition Development of compact mobility from perspective of the car
-In order to promote the spread of low-speed, compact mobility, which is expected to increase in the future, we are developing an electrical platform that is required by low-speed, compact mobility.
2023 JSAE Automotive Engineering Exposition Development of compact mobility from perspective of the car
-In order to promote the spread of low-speed, compact mobility, which is expected to increase in the future, we are developing an electrical platform that is required by low-speed, compact mobility.
2023 JSAE Automotive Engineering Exposition Development of compact mobility from perspective of the car
-In order to promote the spread of low-speed, compact mobility, which is expected to increase in the future, we are developing an electrical platform that is required by low-speed, compact mobility.
2023 JSAE Automotive Engineering Exposition Development of compact mobility from perspective of the car
-In order to promote the spread of low-speed, compact mobility, which is expected to increase in the future, we are developing an electrical platform that is required by low-speed, compact mobility.
2023 JSAE Automotive Engineering Exposition Development of compact mobility from perspective of the car
-In order to promote the spread of low-speed, compact mobility, which is expected to increase in the future, we are developing an electrical platform that is required by low-speed, compact mobility.
2023 JSAE Automotive Engineering Exposition Development of compact mobility from perspective of the car
-In order to promote the spread of low-speed, compact mobility, which is expected to increase in the future, we are developing an electrical platform that is required by low-speed, compact mobility.
2023 JSAE Automotive Engineering Exposition Communication type function expansion unit
-Additional equipment can be added to meet your needs.
-Provides services linked to the cloud regardless of the vehicle.
2023 JSAE Automotive Engineering Exposition Vital Sensor System
-A system is being developed to estimate the driver's heart rate and respiratory component just by sitting on the seat, and to estimate signs of drowsiness and sudden changes in the driver's physical condition.
2023 JSAE Automotive Engineering Exposition Vital Sensor System
-A system is being developed to estimate the driver's heart rate and respiratory component just by sitting on the seat, and to estimate signs of drowsiness and sudden changes in the driver's physical condition.
2023 JSAE Automotive Engineering Exposition Vital Sensor System
-A system is being developed to estimate the driver's heart rate and respiratory component just by sitting on the seat, and to estimate signs of drowsiness and sudden changes in the driver's physical condition.
2023 JSAE Automotive Engineering Exposition Vital Sensor System
-A system is being developed to estimate the driver's heart rate and respiratory component just by sitting on the seat, and to estimate signs of drowsiness and sudden changes in the driver's physical condition.
Automotive World 2023 CO2-derived ceramics
- Carbon dioxide contained in the exhaust gases of thermal power plants and factories is absorbed and converted into ceramics through a proprietary process.
- One kilogram of ceramic powder contains 0.4 kg of carbon dioxide, equivalent to about 500,000 liters of carbon dioxide in the air.
Automotive World 2023 CO2-derived ceramics
- Carbon dioxide contained in the exhaust gases of thermal power plants and factories is absorbed and converted into ceramics through a proprietary process.
- One kilogram of ceramic powder contains 0.4 kg of carbon dioxide, equivalent to about 500,000 liters of carbon dioxide in the air.
Automotive World 2023 CO2-derived ceramics
- Carbon dioxide contained in the exhaust gases of thermal power plants and factories is absorbed and converted into ceramics through a proprietary process.
- One kilogram of ceramic powder contains 0.4 kg of carbon dioxide, equivalent to about 500,000 liters of carbon dioxide in the air.
Automotive World 2023 CO2-derived ceramics
- Carbon dioxide contained in the exhaust gases of thermal power plants and factories is absorbed and converted into ceramics through a proprietary process.
- One kilogram of ceramic powder contains 0.4 kg of carbon dioxide, equivalent to about 500,000 liters of carbon dioxide in the air.
Automotive World 2023 High-hardness fluororesin coated sintered rotor
- Electron beam cross-linking technology improves wear resistance and hardness equivalent to platinum.
- Contributes to power saving by improving adhesion and reducing the drive torque of the electric oil pump.
Automotive World 2023 High-hardness fluororesin coated sintered rotor
- Electron beam cross-linking technology improves wear resistance and hardness equivalent to platinum.
- Contributes to power saving by improving adhesion and reducing the drive torque of the electric oil pump.
Automotive World 2023 High-hardness fluororesin coated sintered rotor
- Electron beam cross-linking technology improves wear resistance and hardness equivalent to platinum.
- Contributes to power saving by improving adhesion and reducing the drive torque of the electric oil pump.
Automotive World 2023 High-hardness fluororesin coated sintered rotor
- Electron beam cross-linking technology improves wear resistance and hardness equivalent to platinum.
- Contributes to power saving by improving adhesion and reducing the drive torque of the electric oil pump.
Automotive World 2023 Planetary carrier assembly
- Equipped in automatic transmission model of non-Japanese OEM
Automotive World 2023 Planetary carrier assembly
- Equipped in automatic transmission model of non-Japanese OEM
Automotive World 2023 Planetary carrier assembly
- Equipped in automatic transmission model of non-Japanese OEM
Automotive World 2023 Planetary carrier
Automotive World 2023 Axial water pump
- By utilizing axial motor, compact light-weight product is realized.
Automotive World 2023 Axial water pump
- By utilizing axial motor, compact light-weight product is realized.
Automotive World 2023 Trial motor
Automotive World 2023 Trial motor
Automotive World 2023 Trial motor
Automotive World 2023 Trial motor
Automotive World 2023 Trial motor
Automotive World 2023 Contactless tensile strength measurement sensor
- Under development
Automotive World 2023 Contactless tensile strength measurement sensor
- Under development
Automotive World 2023 High strength titanium alloy
Automotive World 2023 High strength titanium alloy
Automotive World 2023 High strength titanium alloy
Automotive World 2023 Magnetic cores made with insulated-coating powders
- Compacting magnetic powders are covered with insulating film
Automotive World 2023 Magnetic cores made with insulated-coating powders
- Compacting magnetic powders are covered with insulating film
Automotive World 2023 Magnetic cores made with insulated-coating powders
- Compacting magnetic powders are covered with insulating film
Automotive World 2023 Magnetic cores made with insulated-coating powders
- Compacting magnetic powders are covered with insulating film
Automotive World 2023 Magnetic cores made with insulated-coating powders
- Compacting magnetic powders are covered with insulating film
Automotive World 2023 Magnetic cores made with insulated-coating powders
- Compacting magnetic powders are covered with insulating film
Automotive World 2023 Magnetic cores made with insulated-coating powders
- Compacting magnetic powders are covered with insulating film
Automotive World 2023 Collared axial motor core
Automotive World 2023 Collared axial motor core
Automotive World 2023 Porous metal bodies
Automotive World 2023 Porous metal bodies
Automotive World 2023 Porous metal bodies
Automotive World 2023 Porous metal bodies
Automotive World 2023 22kW axial flux motor
Automotive World 2023 22kW axial flux motor
ITS World Congress 2022 sEMSA Energy Management System Architecture home gateway unit
‐sEMSA energy management system can control and manage energy resources; the home unit can be linked to consumer electronics, EV chargers and smart meters to manage energy usage and demand.
ITS World Congress 2022 sEMSA Energy Management System Architecture home gateway unit
‐sEMSA energy management system can control and manage energy resources; the home unit can be linked to consumer electronics, EV chargers and smart meters to manage energy usage and demand.
ITS World Congress 2022 Radar for detecting pedestrians
‐Radar can detect, classify and identify various objects that are moving or remaining still, along with their velocities
ITS World Congress 2022 Radar for detecting pedestrians
‐Radar can detect, classify and identify various objects that are moving or remaining still, along with their velocities
ITS World Congress 2022 Radar for detecting pedestrians
‐Radar can detect, classify and identify various objects that are moving or remaining still, along with their velocities
Aachen Colloquium 2022 New design concept for high thermal conductivity stator core slots
The concept enables the elimination of the impregnated varnish paper, making related production processes obsolete as well.
Realizes 200% improvement in thermal conductivity within the electric motor
Aachen Colloquium 2022 Conventional electric motor with impregnated varnish paper
-The "SR Sensor" by Sumitomo Riko is placed on the seat surface to measure the driver's heart rate and other parameters. Can detect fatigue, dozing, etc. Similar technology is being expanded to the general public as Monilife Wellness (vital sensors).
-The "SR Sensor" by Sumitomo Riko is placed on the seat surface to measure the driver's heart rate and other parameters. Can detect fatigue, dozing, etc. Similar technology is being expanded to the general public as Monilife Wellness (vital sensors).
-The "SR Sensor" by Sumitomo Riko is placed on the seat surface to measure the driver's heart rate and other parameters. Can detect fatigue, dozing, etc. Similar technology is being expanded to the general public as Monilife Wellness (vital sensors).
-The "SR Sensor" by Sumitomo Riko is placed on the seat surface to measure the driver's heart rate and other parameters. Can detect fatigue, dozing, etc. Similar technology is being expanded to the general public as Monilife Wellness (vital sensors).
-The "SR Sensor" by Sumitomo Riko is placed on the seat surface to measure the driver's heart rate and other parameters. Can detect fatigue, dozing, etc. Similar technology is being expanded to the general public as Monilife Wellness (vital sensors).
-The "SR Sensor" by Sumitomo Riko is placed on the seat surface to measure the driver's heart rate and other parameters. Can detect fatigue, dozing, etc. Similar technology is being expanded to the general public as Monilife Wellness (vital sensors).
2022 JSAE Automotive Engineering Exposition High performance heat insulation "finesulight"
-Highly insulating material with pores small enough to block the passage of air. The product can be used as a coating material to insulate substrates. Thermal conductivity is 0.020W/mK. It is expected to be used for door trims, etc. to improve heating efficiency.
2022 JSAE Automotive Engineering Exposition High performance heat insulation "finesulight"
-Highly insulating material with pores small enough to block the passage of air. The product can be used as a coating material to insulate substrates. Thermal conductivity is 0.020W/mK. It is expected to be used for door trims, etc. to improve heating efficiency.
2022 JSAE Automotive Engineering Exposition High performance heat insulation "finesulight"
-Highly insulating material with pores small enough to block the passage of air. The product can be used as a coating material to insulate substrates. Thermal conductivity is 0.020W/mK. It is expected to be used for door trims, etc. to improve heating efficiency.
2022 JSAE Automotive Engineering Exposition High performance heat insulation "finesulight"
-Highly insulating material with pores small enough to block the passage of air. The product can be used as a coating material to insulate substrates. Thermal conductivity is 0.020W/mK. It is expected to be used for door trims, etc. to improve heating efficiency.
2022 JSAE Automotive Engineering Exposition High performance heat insulation "finesulight"
-Highly insulating material with pores small enough to block the passage of air. The product can be used as a coating material to insulate substrates. Thermal conductivity is 0.020W/mK. It is expected to be used for door trims, etc. to improve heating efficiency.
2022 JSAE Automotive Engineering Exposition High performance heat insulation "finesulight"
-Highly insulating material with pores small enough to block the passage of air. The product can be used as a coating material to insulate substrates. Thermal conductivity is 0.020W/mK. It is expected to be used for door trims, etc. to improve heating efficiency.
2022 JSAE Automotive Engineering Exposition High performance heat insulation "finesulight"
-Highly insulating material with pores small enough to block the passage of air. The product can be used as a coating material to insulate substrates. Thermal conductivity is 0.020W/mK. It is expected to be used for door trims, etc. to improve heating efficiency.
2022 JSAE Automotive Engineering Exposition Connector for high-speed communications
-Connectors for LAN (Ethernet), SerDos, and coaxial cable
2022 JSAE Automotive Engineering Exposition Connector for high-speed communications
-Connectors for LAN (Ethernet), SerDos, and coaxial cable
2022 JSAE Automotive Engineering Exposition Connector for high-speed communications
-Connectors for LAN (Ethernet), SerDos, and coaxial cable
2022 JSAE Automotive Engineering Exposition Connector for high-speed communications
-Connectors for LAN (Ethernet), SerDos, and coaxial cable
2022 JSAE Automotive Engineering Exposition Connector for high-speed communications
-Connectors for LAN (Ethernet), SerDos, and coaxial cable
2022 JSAE Automotive Engineering Exposition Connector for high-speed communications
-Connectors for LAN (Ethernet), SerDos, and coaxial cable
2022 JSAE Automotive Engineering Exposition Connector for high-speed communications
-Connectors for LAN (Ethernet), SerDos, and coaxial cable
Automotive World 2022 Infrared transmitting lens
-Sintered ZnS (zinc sulfide) far-infrared lens. Suitable for mass production by molding.
Automotive World 2021 Sintered ZnS Lens for Far-Infrared Camera
-The cost of far-infrared cameras can be reduced by eliminating expensive protective windows.
Automotive World 2021 Sintered ZnS Lens for Far-Infrared Camera
-The cost of far-infrared cameras can be reduced by eliminating expensive protective windows.
Automotive World 2021 Sintered ZnS Lens for Far-Infrared Camera
-The cost of far-infrared cameras can be reduced by eliminating expensive protective windows.
Automotive World 2021 ZnS thermal lens
Automotive World 2021 Ultra wide angle ZnS lens for thermal imaging cameras
Automotive World 2021 Ultra wide angle ZnS lens for thermal imaging cameras
Automotive World 2021 ZnS Lens Lineup
Automotive World 2021 ZnS Lens Lineup
Tokyo Motor Show 2019 Sumitomo Electric Group concept of future mobility society
Deeming EV (electric vehicles) as an energy source, optimal electric power distribution in an entire city can be carried out by collecting infrastructure and battery information in the cloud. Sumitomo Electric Group aims to create this system with the collaboration of vehicle manufacturers and electric power companies. The company will also play its part to provide technology for vehicle interiors as well as for traffic control systems in an autonomous driving society.
Tokyo Motor Show 2019 Sumitomo Electric Group concept of future mobility society
Deeming EV (electric vehicles) as an energy source, optimal electric power distribution in an entire city can be carried out by collecting infrastructure and battery information in the cloud. Sumitomo Electric Group aims to create this system with the collaboration of vehicle manufacturers and electric power companies. The company will also play its part to provide technology for vehicle interiors as well as for traffic control systems in an autonomous driving society.
Tokyo Motor Show 2019 Sumitomo Electric Group concept of future mobility society
Deeming EV (electric vehicles) as an energy source, optimal electric power distribution in an entire city can be carried out by collecting infrastructure and battery information in the cloud. Sumitomo Electric Group aims to create this system with the collaboration of vehicle manufacturers and electric power companies. The company will also play its part to provide technology for vehicle interiors as well as for traffic control systems in an autonomous driving society.
Tokyo Motor Show 2019 Sumitomo Electric Group concept of future mobility society
Deeming EV (electric vehicles) as an energy source, optimal electric power distribution in an entire city can be carried out by collecting infrastructure and battery information in the cloud. Sumitomo Electric Group aims to create this system with the collaboration of vehicle manufacturers and electric power companies. The company will also play its part to provide technology for vehicle interiors as well as for traffic control systems in an autonomous driving society.
Tokyo Motor Show 2019 Sumitomo Electric Group concept of future mobility society
Deeming EV (electric vehicles) as an energy source, optimal electric power distribution in an entire city can be carried out by collecting infrastructure and battery information in the cloud. Sumitomo Electric Group aims to create this system with the collaboration of vehicle manufacturers and electric power companies. The company will also play its part to provide technology for vehicle interiors as well as for traffic control systems in an autonomous driving society.
Tokyo Motor Show 2019 Sumitomo Electric Group concept of future mobility society
Deeming EV (electric vehicles) as an energy source, optimal electric power distribution in an entire city can be carried out by collecting infrastructure and battery information in the cloud. Sumitomo Electric Group aims to create this system with the collaboration of vehicle manufacturers and electric power companies. The company will also play its part to provide technology for vehicle interiors as well as for traffic control systems in an autonomous driving society.
Tokyo Motor Show 2019 Sumitomo Electric Group concept of future mobility society
Deeming EV (electric vehicles) as an energy source, optimal electric power distribution in an entire city can be carried out by collecting infrastructure and battery information in the cloud. Sumitomo Electric Group aims to create this system with the collaboration of vehicle manufacturers and electric power companies. The company will also play its part to provide technology for vehicle interiors as well as for traffic control systems in an autonomous driving society.
-Exhibit by Sumitomo Riko. The sensor detects whether the driver is holding the steering wheel when switching from autonomous driving to manual driving
-Exhibit by Sumitomo Riko. The sensor detects whether the driver is holding the steering wheel when switching from autonomous driving to manual driving
