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1-5-1, Marunouchi, Chiyoda-ku, Tokyo, 100-8405, Japan
Business Overview
-A major manufacture of various types of glass. It operates in five business areas: glass for the construction industry, automotive, electronics, chemicals and life science.
-World's No. 1 share of automotive glass and cover glass for automotive displays (according to company survey)
-On July 1, 2018, the Company will change its name from Asahi Glass Company, Limited, to AGC Inc.
Shareholders
-Listed on the Prime Market of the Tokyo Stock Exchange.
(As of Dec. 31, 2024)
Name or Company Name
Investment Ratio (%)
The Master Trust Bank of Japan, Ltd. (Trust Account)
15.99
Custody Bank of Japan, Ltd. (Trust Account)
8.16
Meiji Yasuda Life Insurance Co. (Standing proxy: Custody Bank of Japan, Ltd.)
3.62
The Asahi Glass Foundation
2.97
Asahi Glass Business Partner Shareholding Association
2.22
SMBC Nikko Securities Inc.
1.89
STATE STREET BANK WEST CLIENT-TREATY 505234 (Standing proxy: Mizuho Bank, Ltd. Sales of Yen Settlements Department)
1.80
Nippon Life Insurance Company (Standing proxy: The Master Trust Bank of Japan, Ltd.)
1.73
Barclays Securities Japan Limited BNYM (Standing proxy: MUFG Bank, Ltd.)
Company started operation of Amagasaki plant and started manufacturing of window glass.
1914
The Makiyama factory is set up.
1916
Starts manufacturing of fireproof brick.
1916
The Tsurumi factory is set up.
1917
Starts manufacturing soda ash.
1939
The Company acquired Showa Kagaku Kogyo Ltd., and set up the Ibo factory.
1942
The Company acquired Ohsaka Sarasiko Ltd., and set up the Yodogawa factory.
1944
The Company merged with Nihon Kasei Kogyo Ltd., and the Company name was changed to Mitsubishi Kasei Kogyo Ltd.
1950
Mitsubishi Kasei Kogyo Ltd. is divided into three companies due to the Law on Corporate Restructuring. The Company returns to its old name of ASAHI GLASS Co., Ltd. and restarts business. The Company was listed on the Tokyo, Osaka, and Nagoya stock exchanges.
1954
The Company established Asahi Special Glass Ltd. to make glass valves for televisions.
1956
The Company jointly established the Asahi Fiber Glass Co., Ltd. with Owens Corning Fiber Glass Co. (US).
1956
The Company established Asahi Processing Glass Ltd. to make glass processing into a business.
1995
Agreed to purchase all the shares of Asahi Fiber Glass Co., Ltd. from Owens Fiberglass (US)
1997
Purchased shares of Asahi Ohrin Co., Ltd. from Ohrin (US) and made it into a wholly-owned subsidiary. Next year, the subsidiary's name will be changed to Asahi Urethane Co., Ltd.
1998
Agreed to merge with Iwaki Glass Company, Ltd. and Toshiba Glass Company, Ltd. Next year the name of the Company will be changed to Asahi Techno Glass, Ltd.
1998
Graverbel acquired PPG Co., a European plate glass company.
1999
Acquired South Korea Electric Glass Company, a manufacturer of color-cathode glass valves. Acquired the fluoroplastics business from IC (UK).
2001
Set up a new research and development building in the Central Research Institute.
2002
The Ceramics business was transferred to Asahi Glass Ceramics Co. Made Glaverbel S.A. into the Company's fully-owned subsidiary.
2004
Its ceramic-based exterior siding business was spun off to become a new joint-venture company, Asahi Tostem Exterior Wall Co., Ltd.
2005
Made Asahi Techno Glass, Ltd. into a fully owned subsidiary.
2006
Acquired Matsushima Optical Component Co., Ltd., and changed the name of the subsidiary company to AGC Micro Glass Co., Ltd. in 2007.
2007
Set up Osaka Office. Spun off Asahi Fiber Glass Co., Ltd. and sold off all the shares it held in this subsidiary.
2008
The Company sold off all the shares it held in Optrex Corporation.
2009
The Kitakyushu Plant terminated production of automotive glass.
2011
The Company established AGC Glass Brazil in Brazil.
2012
Closed strategical agreement with Interpane Glas Industrie AG in Germany.
2014
The Company tapped into the Vietnamese market by acquiring shares in Phu My Plastics & Chemicals Co., Ltd., a local company that produces polyvinyl chloride.
2015
Acquired all the stock shares in NordGlass Sp. z o.o., a supplier based in Poland manufacturing automotive replacement glass.
2016
Acquired all shares of German company Biomeva (now AGC Biologics) and started contract manufacturing business of biopharmaceutical development and manufacture in that country
2017
Acquired all shares of CMC Biologics (now AGC Biologics), which has a development base in Denmark and the US, and started a biopharmaceutical development manufacturing contract business in that country
2017
Acquired majority share of Vinythai, a Thai chemical manufacturing and sales company, and secured a new production base for vinyl chloride resin
2018
Company name changed from Asahi Glass Co., Ltd. to AGC Co., Ltd.
2018
Acquired the electronics business of US Park Electronics Co., Ltd.
2019
Acquired the Advanced Dielectric Division (ADD) and some of the Industrial Products Division of US-based Taconic Co., Ltd.
2020
Established a new R&D facility in the AGC Yokohama Technical Center (former Keihin Plant)
2021
Consolidated two former R&D centers (the Central R&D Center and the former R&D center at the Keihin Plant) into one and renamed it the AGC Yokohama Technical Center. North American architectural glass business transferred to Cardinal Glass Industries, Inc.
2022
AGC Vinythai Public Company Limited was established by integrating and reorganizing chlor-alkali business subsidiaries in Southeast Asia.
2023
Life Science Company established. All shares of Asahi Glass Special Glass (Dalian) Co., Ltd., a manufacturer and sales company dealing in various types of float glass in China, were transferred to Shanghai Yaohua Pilkington Glass Group Co.
2024
Transferred its Russian architectural and automotive glass business and withdrew from operations in the country.
FeelInGlass vehicle interior glazing solutions combining functionality with decorative appearances
CES 2026 FeelInGlass hidden display solutions
Glass solutions used for displays that remain invisible until activated, upon which the display elements can be seen
CES 2026 FeelInGlass hidden display solutions
Glass solutions used for displays that remain invisible until activated, upon which the display elements can be seen
CES 2026 FeelInGlass hidden display solutions
Glass solutions used for displays that remain invisible until activated, upon which the display elements can be seen
CES 2026 FeelInGlass hidden icon solutions
Glass solutions used for lighted, interactable elements within vehicle interior; enables touch control systems that can appear or fully disappear
CES 2026 FeelInGlass hidden icon solutions
Glass solutions used for lighted, interactable elements within vehicle interior; enables touch control systems that can appear or fully disappear
CES 2026 FeelInGlass wireless magnetic charging station solutions
Glass solutions for covers of wireless charging stations; Can include non-conductive metallic decorative elements and etchings
CES 2026 FeelInGlass wireless magnetic charging station solutions
Glass solutions for covers of wireless charging stations; Can include non-conductive metallic decorative elements and etchings
CES 2026 FeelInGlass wireless magnetic charging station solutions
Glass solutions for covers of wireless charging stations; Can include non-conductive metallic decorative elements and etchings
CES 2026 FeelInGlass center console solutions
Glass solutions for center console combining stylistic design, transparency, and glare-reducing functionality
CES 2026 FeelInGlass center console solutions
Glass solutions for center console combining stylistic design, transparency, and glare-reducing functionality
CES 2026 FeelInGlass decorative trim solutions
Glass solutions encompassing a variety of designs and colors, with visual options such as metallic effects and frosted finishes
CES 2026 FeelInGlass decorative trim solutions
Glass solutions encompassing a variety of designs and colors, with visual options such as metallic effects and frosted finishes
CES 2026 FeelInGlass HUD solutions
Glass solutions which act as a lightweight projection surface for HUD systems that can also be used with polarized eyewear; The Reflective Blade solution is a specific HUD projection glass surface that puts information into the driver's field of view with p-polarized coating for clear visibility even with polarized sunglasses; The HUD is also integrated into the dashboard independent of the windshield, enabling pillar-to-pillar displays
CES 2026 Cockpit concept featuring Company technologies
Demonstrator unit features FeelInGlass Reflective Blade solution for HUD, smoke coating for instrument panel, and decorative cover glass for rear seat entertainment system; Smoke coating enables a seamless transition between the display and the border; The decorative cover glass improves display quality while matching the interior style of the vehicle
CES 2026 Cockpit concept featuring Company technologies
Demonstrator unit features FeelInGlass Reflective Blade solution for HUD, smoke coating for instrument panel, and decorative cover glass for rear seat entertainment system; Smoke coating enables a seamless transition between the display and the border; The decorative cover glass improves display quality while matching the interior style of the vehicle
CES 2026 Cockpit concept featuring Company technologies
Demonstrator unit features FeelInGlass Reflective Blade solution for HUD, smoke coating for instrument panel, and decorative cover glass for rear seat entertainment system; Smoke coating enables a seamless transition between the display and the border; The decorative cover glass improves display quality while matching the interior style of the vehicle
CES 2026 Smoke coating on glass for anti-glare properties
Both displays highlight different anti-glare smoke coatings, with the right side showcasing an improved version further reducing glare
CES 2026 Smoke coating on glass for anti-glare properties
Both displays highlight different anti-glare smoke coatings, with the right side showcasing an improved version further reducing glare
CES 2026 Smoke coating on glass for anti-glare properties
Both displays highlight different anti-glare smoke coatings, with the right side showcasing an improved version further reducing glare
CES 2026 Far infrared ray (FIR) camera-compatible windshield demonstrator
Windshield integrates a far infrared-transmissive material to enable operation of an FIR camera behind the windshield; As the camera is located behind the windshield, the wipers enable the removal of obstructions such as snow and rain that would block cameras mounted on the grille; Mounting the FIR and vision camera closer together also enables image overlay and eases sensor fusion systems
CES 2026 Far infrared ray (FIR) camera-compatible windshield demonstrator
Windshield integrates a far infrared-transmissive material to enable operation of an FIR camera behind the windshield; As the camera is located behind the windshield, the wipers enable the removal of obstructions such as snow and rain that would block cameras mounted on the grille; Mounting the FIR and vision camera closer together also enables image overlay and eases sensor fusion systems
CES 2026 Display model highlighting technologies from Wideye
CES 2026 Glass trim covering LiDAR behind bumper
Developed by Wideye
CES 2026 Glass trim covering LiDAR behind fender
Developed by Wideye
CES 2026 Glass trim covering LiDAR integrated on vehicle roof
Developed by Wideye, showcasing implementation of Luminar LiDAR
CES 2026 Glass trim covering LiDAR integrated on vehicle roof
Developed by Wideye, showcasing impelmentation of Valeo SCALA LiDAR
CES 2026 Near-infrared transparent glass solutions for sensor integration
Developed by Wideye
CES 2026 Cutaway display of lidar integrated behind windshield
Developed by Wideye, showcasing implementation of Aeva LiDAR
CES 2026 Transparent MicroLED display enclosed Sidelite
System features a laminated display integrated into the glass, with optical control function such that users can use the window glass as a touchscreen; Can be used for both interior and exterior applications
CES 2026 Transparent MicroLED display enclosed Sidelite
System features a laminated display integrated into the glass, with optical control function such that users can use the window glass as a touchscreen; Can be used for both interior and exterior applications
CES 2026 Retrofit 4G+5G antenna
Antenna can be deployed to the inside of the windshield without any other vehicle modifications; Demonstration showcased use of a retrofit antenna for remote vehicle operation with Mapless AI
CES 2026 Retrofit 4G+5G antenna
Antenna can be deployed to the inside of the windshield without any other vehicle modifications; Demonstration showcased use of a retrofit antenna for remote vehicle operation with Mapless AI
CES 2026 Retrofit 4G+5G antenna
Antenna can be deployed to the inside of the windshield without any other vehicle modifications; Demonstration showcased use of a retrofit antenna for remote vehicle operation with Mapless AI
CES 2026 Retrofit 4G+5G antenna
Antenna can be deployed to the inside of the windshield without any other vehicle modifications; Demonstration showcased use of a retrofit antenna for remote vehicle operation with Mapless AI
JAPAN MOBILITY SHOW 2025 Windshield black-band P polarized HUD
A HUD with enhanced visibility achieved by improving glass reflectivity through a special coating.
A black ceramic print is applied to the lower portion of the windshield to project images, functioning as the HUD. Visibility is significantly improved by enhancing the reflectivity of the normally low-reflective P-polarized component.
Left: Without special coating
Right: With special coating
JAPAN MOBILITY SHOW 2025 Windshield black-band P polarized HUD
A HUD with enhanced visibility achieved by improving glass reflectivity through a special coating.
A black ceramic print is applied to the lower portion of the windshield to project images, functioning as the HUD. Visibility is significantly improved by enhancing the reflectivity of the normally low-reflective P-polarized component.
Left: Without special coating
Right: With special coating
JAPAN MOBILITY SHOW 2025 Windshield black-band P polarized HUD
A HUD with enhanced visibility achieved by improving glass reflectivity through a special coating.
A black ceramic print is applied to the lower portion of the windshield to project images, functioning as the HUD. Visibility is significantly improved by enhancing the reflectivity of the normally low-reflective P-polarized component.
Left: Without special coating
Right: With special coating
JAPAN MOBILITY SHOW 2025 Windshield black-band P polarized HUD
A HUD with enhanced visibility achieved by improving glass reflectivity through a special coating.
A black ceramic print is applied to the lower portion of the windshield to project images, functioning as the HUD. Visibility is significantly improved by enhancing the reflectivity of the normally low-reflective P-polarized component.
Left: Without special coating
Right: With special coating
JAPAN MOBILITY SHOW 2025 Windshield black-band P polarized HUD
A HUD with enhanced visibility achieved by improving glass reflectivity through a special coating.
A black ceramic print is applied to the lower portion of the windshield to project images, functioning as the HUD. Visibility is significantly improved by enhancing the reflectivity of the normally low-reflective P-polarized component.
Left: Without special coating
Right: With special coating
JAPAN MOBILITY SHOW 2025 Glass solution for LiDAR integration behind Windshield (Wideye)
Automotive glass for LiDAR applications. Its extremely high infrared transmittance enables high performance across the entire detection range, even when LiDAR sensors are installed alongside multiple cameras inside the vehicle.
JAPAN MOBILITY SHOW 2025 Glass solution for LiDAR integration behind Windshield (Wideye)
Automotive glass for LiDAR applications. Its extremely high infrared transmittance enables high performance across the entire detection range, even when LiDAR sensors are installed alongside multiple cameras inside the vehicle.
JAPAN MOBILITY SHOW 2025 Glass solution for LiDAR integration behind Windshield (Wideye)
Automotive glass for LiDAR applications. Its extremely high infrared transmittance enables high performance across the entire detection range, even when LiDAR sensors are installed alongside multiple cameras inside the vehicle.
JAPAN MOBILITY SHOW 2025 P-pol Combiner HUD (FeelinGlass)
A combiner-type HUD that uses P-polarized reflective technology. It requires little space for installation and offers great layout flexibility. It also has a longer focal length than conventional displays.
JAPAN MOBILITY SHOW 2025 P-pol Combiner HUD (FeelinGlass)
A combiner-type HUD that uses P-polarized reflective technology. It requires little space for installation and offers great layout flexibility. It also has a longer focal length than conventional displays.
JAPAN MOBILITY SHOW 2025 Transparent micro LED display enclosed sidelite
Glass with a transparent μLED display panel encapsulated. Also features touch panel functionality.
JAPAN MOBILITY SHOW 2025 Transparent micro LED display enclosed sidelite
Glass with a transparent μLED display panel encapsulated. Also features touch panel functionality.
JAPAN MOBILITY SHOW 2025 Transparent micro LED display enclosed sidelite
Glass with a transparent μLED display panel encapsulated. Also features touch panel functionality.
JAPAN MOBILITY SHOW 2025 Transparent micro LED display enclosed sidelite
Glass with a transparent μLED display panel encapsulated. Also features touch panel functionality.
JAPAN MOBILITY SHOW 2025 Anti-virus coated cover glass for in-vehicle displays
Display cover glass featuring fingerprint resistance and low-reflection properties. Compatible with touch panels.
JAPAN MOBILITY SHOW 2025 Anti-virus coated cover glass for in-vehicle displays
Display cover glass featuring fingerprint resistance and low-reflection properties. Compatible with touch panels.
JAPAN MOBILITY SHOW 2025 Anti-virus coated cover glass for in-vehicle displays
Display cover glass featuring fingerprint resistance and low-reflection properties. Compatible with touch panels.
JAPAN MOBILITY SHOW 2025 Anti-virus coated cover glass for in-vehicle displays
Display cover glass featuring fingerprint resistance and low-reflection properties. Compatible with touch panels.
JAPAN MOBILITY SHOW 2025 Anti-virus coated cover glass for in-vehicle displays
Display cover glass featuring fingerprint resistance and low-reflection properties. Compatible with touch panels.
JAPAN MOBILITY SHOW 2025 Anti-virus coated cover glass for in-vehicle displays
Display cover glass featuring fingerprint resistance and low-reflection properties. Compatible with touch panels.
JAPAN MOBILITY SHOW 2025 Low-e Glass
Glass featuring a special metal coating that provides high heat-shielding and insulation performance.
During the demonstration, the temperature change was noticeable enough to feel when you held your hand over it. The same technology is also used in other glass products on display, such as sunroof glass.
JAPAN MOBILITY SHOW 2025 Low-e Glass
Glass featuring a special metal coating that provides high heat-shielding and insulation performance.
During the demonstration, the temperature change was noticeable enough to feel when you held your hand over it. The same technology is also used in other glass products on display, such as sunroof glass.
JAPAN MOBILITY SHOW 2025 Retrofit 5G antenna
An antenna type that is applied to the passenger compartment side of the vehicle glass. It can be retrofitted without modification to fleet vehicles, etc.
JAPAN MOBILITY SHOW 2025 Retrofit 5G antenna
An antenna type that is applied to the passenger compartment side of the vehicle glass. It can be retrofitted without modification to fleet vehicles, etc.
JAPAN MOBILITY SHOW 2025 Light control panoramic roof
A panoramic roof with instant color-changing dimming functionality and heat-shielding and insulation performance.
JAPAN MOBILITY SHOW 2025 Light control panoramic roof
A panoramic roof with instant color-changing dimming functionality and heat-shielding and insulation performance.
JAPAN MOBILITY SHOW 2025 Plastic optical fiber (FONTEX)
Highly flexible optical fiber capable of high-speed transmission exceeding 25Gbps. In addition to its flexibility, plastic optical fiber is also unaffected by electromagnetic waves, making it suitable for connecting in-vehicle devices.
JAPAN MOBILITY SHOW 2025 Plastic optical fiber (FONTEX)
Highly flexible optical fiber capable of high-speed transmission exceeding 25Gbps. In addition to its flexibility, plastic optical fiber is also unaffected by electromagnetic waves, making it suitable for connecting in-vehicle devices.
JAPAN MOBILITY SHOW 2025 Plastic optical fiber (FONTEX)
Highly flexible optical fiber capable of high-speed transmission exceeding 25Gbps. In addition to its flexibility, plastic optical fiber is also unaffected by electromagnetic waves, making it suitable for connecting in-vehicle devices.
IAA Mobility 2025 Panoramic Solar Roof
The vehicle-integrated photovoltaic (VIPV) solution features high-efficiency back contact solar cells with at least 25% efficiency and a sleek, full black design tailored for premium vehicles. It enables up to 30 mm more headroom and significant weight savings compared to roofs equipped with a traditional roller-blind system.
Development status: ready for mass production
IAA Mobility 2025 Panoramic Solar Roof
The vehicle-integrated photovoltaic (VIPV) solution features high-efficiency back contact solar cells with at least 25% efficiency and a sleek, full black design tailored for premium vehicles. It enables up to 30 mm more headroom and significant weight savings compared to roofs equipped with a traditional roller-blind system.
Development status: ready for mass production
IAA Mobility 2025 Panoramic Solar Roof
The vehicle-integrated photovoltaic (VIPV) solution features high-efficiency back contact solar cells with at least 25% efficiency and a sleek, full black design tailored for premium vehicles. It enables up to 30 mm more headroom and significant weight savings compared to roofs equipped with a traditional roller-blind system.
Development status: ready for mass production
IAA Mobility 2025 Wideye glass solutions for seamless integration of 360-degree sensors
Wideye glass and glass trims specifically designed to facilitate the integration of LiDAR technology into the roofline (applied in Volvo EX90 with Luminar LiDAR), bumper, B-pillar and fender of vehicles.
IAA Mobility 2025 Wideye glass solutions for seamless integration of 360-degree sensors
Wideye glass and glass trims specifically designed to facilitate the integration of LiDAR technology into the roofline (applied in Volvo EX90 with Luminar LiDAR), bumper, B-pillar and fender of vehicles.
IAA Mobility 2025 Wideye glass solutions for seamless integration of 360-degree sensors
Wideye glass and glass trims specifically designed to facilitate the integration of LiDAR technology into the roofline (applied in Volvo EX90 with Luminar LiDAR), bumper, B-pillar and fender of vehicles.
IAA Mobility 2025 Wideye glass solutions for seamless integration of 360-degree sensors
Wideye glass and glass trims specifically designed to facilitate the integration of LiDAR technology into the roofline (applied in Volvo EX90 with Luminar LiDAR), bumper, B-pillar and fender of vehicles.
IAA Mobility 2025 Wideye glass solutions for seamless integration of 360-degree sensors
Wideye glass and glass trims specifically designed to facilitate the integration of LiDAR technology into the roofline (applied in Volvo EX90 with Luminar LiDAR), bumper, B-pillar and fender of vehicles.
IAA Mobility 2025 Wideye vision glazing
In-cabin sensor integration, which features a high Field of View LiDAR co-integrated with multiple cameras behind the windshield, offers an appealing design.
IAA Mobility 2025 Wideye vision glazing
In-cabin sensor integration, which features a high Field of View LiDAR co-integrated with multiple cameras behind the windshield, offers an appealing design.
IAA Mobility 2025 Wideye Panoramic all-in-glass roof for LiDAR integration
Unique roof with smooth and rounded curves allows for efficient, reliable, and discreet integration of a LiDAR
IAA Mobility 2025 Wideye Panoramic all-in-glass roof for LiDAR integration
Unique roof with smooth and rounded curves allows for efficient, reliable, and discreet integration of a LiDAR
IAA Mobility 2025 Wideye Panoramic all-in-glass roof for LiDAR integration
Unique roof with smooth and rounded curves allows for efficient, reliable, and discreet integration of a LiDAR
The technology enables seamless, pillar-to-pillar design and enhanced reflection for reliable performance in all lighting and driving conditions.
IAA Mobility 2025 Digital Curtain
Wonderlite Dx Black switchable glass can change from an opaque tint to full transparency on demand and “instantaneously”.
AGC Automotive's segmented glazing technology enables precise control over window transparency, allowing different sections to be darkened or left clear. This enhances passenger comfort and privacy, especially when used on side windows. Though showcased on rear door windows, it’s also suitable for panoramic roofs. The solution is offered as a complete package, including an Electronic Control Unit.
IAA Mobility 2025 Digital Curtain
Wonderlite Dx Black switchable glass can change from an opaque tint to full transparency on demand and “instantaneously”.
AGC Automotive's segmented glazing technology enables precise control over window transparency, allowing different sections to be darkened or left clear. This enhances passenger comfort and privacy, especially when used on side windows. Though showcased on rear door windows, it’s also suitable for panoramic roofs. The solution is offered as a complete package, including an Electronic Control Unit.
IAA Mobility 2025 Digital Curtain
Wonderlite Dx Black switchable glass can change from an opaque tint to full transparency on demand and “instantaneously”.
AGC Automotive's segmented glazing technology enables precise control over window transparency, allowing different sections to be darkened or left clear. This enhances passenger comfort and privacy, especially when used on side windows. Though showcased on rear door windows, it’s also suitable for panoramic roofs. The solution is offered as a complete package, including an Electronic Control Unit.
IAA Mobility 2025 Digital Curtain
Wonderlite Dx Black switchable glass can change from an opaque tint to full transparency on demand and “instantaneously”.
AGC Automotive's segmented glazing technology enables precise control over window transparency, allowing different sections to be darkened or left clear. This enhances passenger comfort and privacy, especially when used on side windows. Though showcased on rear door windows, it’s also suitable for panoramic roofs. The solution is offered as a complete package, including an Electronic Control Unit.
CES 2025 Display model highlighting technologies from Wideye
CES 2025 Infrared-transparent glass trim covering lidar behind bumper
Developed by Wideye by AGC
CES 2025 Infrared-transparent glass trim covering fender integrated lidar
Developed by Wideye by AGC
CES 2025 Glass windshield with infrared reflective coating for combined lidar and camera suite
Developed by Wideye by AGC
CES 2025 Glass trim with unique shape covering roof-mounted lidar
Developed by Wideye by AGC; Luminar Halo lidar unit used in display
The Battery Show North America 2024 Information on thin-film lithium copper anode foil
Highlights thin-film lithium coatings on copper foil as potential anode material
Transparent material is embedded in the upper part of the windshield for far-infrared cameras, which are useful for detecting pedestrians at night. Because it is located where windshield wipers can reach, it is highly resistant to dirt and other contaminants, and has excellent reliability. The product is being developed to meet the growing demand for emergency braking systems, with the goal of being available in 2027-8.
Transparent material is embedded in the upper part of the windshield for far-infrared cameras, which are useful for detecting pedestrians at night. Because it is located where windshield wipers can reach, it is highly resistant to dirt and other contaminants, and has excellent reliability. The product is being developed to meet the growing demand for emergency braking systems, with the goal of being available in 2027-8.
Transparent material is embedded in the upper part of the windshield for far-infrared cameras, which are useful for detecting pedestrians at night. Because it is located where windshield wipers can reach, it is highly resistant to dirt and other contaminants, and has excellent reliability. The product is being developed to meet the growing demand for emergency braking systems, with the goal of being available in 2027-8.
2024 JSAE Automotive Engineering Exposition High Performance Fluoroelastomer AFLAS
Used for insulation rubber on wires, etc.
2024 JSAE Automotive Engineering Exposition Light Detection and Ranging
2024 JSAE Automotive Engineering Exposition Color Shiftless AR Film
CES 2024 Infrared-transparent glass trim covering B-pillar integrated lidar
Developed by Wideye
CES 2024 Infrared-transparent glass trim covering fender integrated lidar
Developed by Wideye
CES 2024 Infrared-transparent glass trim covering lidar behind bumper
Developed by Wideye
CES 2024 Infrared-transparent glass trim covering roof integrated lidar
Developed by Wideye
CES 2024 Industrial lidar casing
Developed by Wideye
CES 2024 FIR camera-compatible windshield
Windshield features section (indicated by circular area) made of material that enables FIR transmission, which includes scratch resistant and anti-reflection coatings
CES 2024 FIR camera-compatible windshield
Windshield features section (indicated by circular area) made of material that enables FIR transmission, which includes scratch resistant and anti-reflection coatings
CES 2024 FIR camera-compatible windshield
Windshield features section (indicated by circular area) made of material that enables FIR transmission, which includes scratch resistant and anti-reflection coatings
CES 2024 Super hydrophobic glass
Microstructure and coating of developed glass enable its resistance to raindrops and water-derived stains; Features a water contact angle of 150 degrees
CES 2024 Super hydrophobic glass
Microstructure and coating of developed glass enable its resistance to raindrops and water-derived stains; Features a water contact angle of 150 degrees
CES 2024 Light control side window
Installed vehicle: Toyota Century
System reduces heat and glare and enables privacy in opaque state; Developed using a liquid layer in between two glass sheets
CES 2024 Light control side window
Installed vehicle: Toyota Century
System reduces heat and glare and enables privacy in opaque state; Developed using a liquid layer in between two glass sheets
CES 2024 Light control panoramic roof with Low-E coating
Low-E coating improves comfort by providing thermal and light insulation when combined with the light control functionality
CES 2024 Light control panoramic roof with Low-E coating
Low-E coating improves comfort by providing thermal and light insulation when combined with the light control functionality
CES 2024 Transparent display glazing
Screen film between two pieces of glass upon which an image can be projected; Display provides high transparency and visibility and can be used for information, communication, or entertainment purposes to passengers and road users.
CES 2024 Transparent display glazing
Screen film between two pieces of glass upon which an image can be projected; Display provides high transparency and visibility and can be used for information, communication, or entertainment purposes to passengers and road users.
CES 2024 Glass antennas for connected car
5G glass antennas designed to be mounted on the roof; glass treatment enables transmission of radio waves
CES 2024 Glass antennas for connected car
5G glass antennas designed to be mounted on the roof; glass treatment enables transmission of radio waves
CES 2024 Glass antennas for connected car
5G glass antennas designed to be mounted on the roof; glass treatment enables transmission of radio waves
CES 2024 In-vehicle glass interfaces
Interior glass designs for improved aesthetics highlighted by thinness and light weight
CES 2024 In-vehicle glass interfaces
Interior glass designs for improved aesthetics highlighted by thinness and light weight
CES 2024 Glass solution for P-HUD
New coating allows HUD images to be much more visible through sunglasses, in contrast to other HUDs
CES 2024 Glass solution for P-HUD
New coating allows HUD images to be much more visible through sunglasses, in contrast to other HUDs
CES 2024 Glass solution for P-HUD
New coating allows HUD images to be much more visible through sunglasses, in contrast to other HUDs
CES 2024 Color shiftless dry coating film
Anti-reflection film provides consistent, darker color to enhance display quality
CES 2024 Anti-reflection dry coating film
Anti-reflection film minimizes light reflection in both the surface reflection of cover material as well as the internal reflection of the display under the cover material to provide a darker black and improved contrast
CES 2024 Optical components for lidar
CES 2024 Optical components for lidar
JAPAN MOBILITY SHOW 2023 New AR coating
- Low-reflective coating technology for increasingly large in-vehicle displays. Color changes do not occur and displays can be easily viewed from any angle.
JAPAN MOBILITY SHOW 2023 New AR coating
- Low-reflective coating technology for increasingly large in-vehicle displays. Color changes do not occur and displays can be easily viewed from any angle.
JAPAN MOBILITY SHOW 2023 New AR coating
- Low-reflective coating technology for increasingly large in-vehicle displays. Color changes do not occur and displays can be easily viewed from any angle.
JAPAN MOBILITY SHOW 2023 Low reflection smoke coating
- Low reflection is achieved by adding smoke to the film, which suppresses light reflection.
JAPAN MOBILITY SHOW 2023 Low reflection smoke coating
- Low reflection is achieved by adding smoke to the film, which suppresses light reflection.
JAPAN MOBILITY SHOW 2023 Cover glass for LiDAR system
JAPAN MOBILITY SHOW 2023 Cover glass for LiDAR system
JAPAN MOBILITY SHOW 2023 Automotive LiDAR components
JAPAN MOBILITY SHOW 2023 Automotive LiDAR components
JAPAN MOBILITY SHOW 2023 Super-hydrophobic glass
JAPAN MOBILITY SHOW 2023 Super-hydrophobic glass
JAPAN MOBILITY SHOW 2023 Super-hydrophobic glass
JAPAN MOBILITY SHOW 2023 5G-sub6 glass antenna
- Glass antenna integrated into windshield. The 5G antenna can be mounted while maintaining the design of the vehicle.
JAPAN MOBILITY SHOW 2023 5G-sub6 glass antenna
- Glass antenna integrated into windshield. The 5G antenna can be mounted while maintaining the design of the vehicle.
JAPAN MOBILITY SHOW 2023 3D curved cover glass for automotive interior display
- Cover glass for larger displays in EVs and autonomous driving. Demand is expected to increase due to replacement from resin. The company's technologies, such as anti-glare treatment, are integrated.
JAPAN MOBILITY SHOW 2023 3D curved cover glass for automotive interior display
- Cover glass for larger displays in EVs and autonomous driving. Demand is expected to increase due to replacement from resin. The company's technologies, such as anti-glare treatment, are integrated.
JAPAN MOBILITY SHOW 2023 3D curved cover glass for automotive interior display
- Cover glass for larger displays in EVs and autonomous driving. Demand is expected to increase due to replacement from resin. The company's technologies, such as anti-glare treatment, are integrated.
JAPAN MOBILITY SHOW 2023 3D curved cover glass for automotive interior display
- Cover glass for larger displays in EVs and autonomous driving. Demand is expected to increase due to replacement from resin. The company's technologies, such as anti-glare treatment, are integrated.
JAPAN MOBILITY SHOW 2023 Light control panoramic roof with Low-E coating
- Installed vehicle: Lexus RZ
- Panoramic roof with dimming function that improves comfort thanks to the company's special Low-E coating technology for vehicle use. The system improves heat shielding and thermal insulation performance, which blocks heat from entering the car in summer and keeps heat inside the car in winter, thus maintaining comfort and the openness of the panoramic roof.
JAPAN MOBILITY SHOW 2023 Light control panoramic roof with Low-E coating
- Installed vehicle: Lexus RZ
- Panoramic roof with dimming function that improves comfort thanks to the company's special Low-E coating technology for vehicle use. The system improves heat shielding and thermal insulation performance, which blocks heat from entering the car in summer and keeps heat inside the car in winter, thus maintaining comfort and the openness of the panoramic roof.
JAPAN MOBILITY SHOW 2023 Light control side glass
JAPAN MOBILITY SHOW 2023 Light control side glass
JAPAN MOBILITY SHOW 2023 Mirror with integrated display
- The mirror function and display are integrated to provide both functions. The display on the right of the image shows a demonstration of Aisin's YYSystem, which automatically transcribes speech into text.
JAPAN MOBILITY SHOW 2023 High performance fluororesins
- Fluororesins that withstand the high voltage of EVs. EA 2000 has adhesive properties and can be used as an FPC material while taking advantage of its electrical and other properties.
JAPAN MOBILITY SHOW 2023 High performance fluororesins
- Fluororesins that withstand the high voltage of EVs. EA 2000 has adhesive properties and can be used as an FPC material while taking advantage of its electrical and other properties.
JAPAN MOBILITY SHOW 2023 High performance fluororesins
- Fluororesins that withstand the high voltage of EVs. EA 2000 has adhesive properties and can be used as an FPC material while taking advantage of its electrical and other properties.
JAPAN MOBILITY SHOW 2023 Surface function design technology
JAPAN MOBILITY SHOW 2023 Surface function design technology
-The demonstrator featuring smart glass surfaces enables an immersive experience through sight, touch and sound.
-Sight: Mirror effects, lighting features and evolving shades are integrated to create a dynamic environment through glass.
-Touch: Seamless implementation of switchable on-demand functions, dynamic sensors and lighting for enhanced user experience.
-Sound: By coupling glass with a sound system an aesthetically appealing and fully immersive solution can be created.
-The demonstrator featuring smart glass surfaces enables an immersive experience through sight, touch and sound.
-Sight: Mirror effects, lighting features and evolving shades are integrated to create a dynamic environment through glass.
-Touch: Seamless implementation of switchable on-demand functions, dynamic sensors and lighting for enhanced user experience.
-Sound: By coupling glass with a sound system an aesthetically appealing and fully immersive solution can be created.
-The demonstrator featuring smart glass surfaces enables an immersive experience through sight, touch and sound.
-Sight: Mirror effects, lighting features and evolving shades are integrated to create a dynamic environment through glass.
-Touch: Seamless implementation of switchable on-demand functions, dynamic sensors and lighting for enhanced user experience.
-Sound: By coupling glass with a sound system an aesthetically appealing and fully immersive solution can be created.
-The demonstrator featuring smart glass surfaces enables an immersive experience through sight, touch and sound.
-Sight: Mirror effects, lighting features and evolving shades are integrated to create a dynamic environment through glass.
-Touch: Seamless implementation of switchable on-demand functions, dynamic sensors and lighting for enhanced user experience.
-Sound: By coupling glass with a sound system an aesthetically appealing and fully immersive solution can be created.
-Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles.
-The “Focus” collection presents a variation of possibilities in dichroic and semi-transparent black coatings. Both are semi-transparent allowing for seamless integration of lighting elements, smart surfaces and displays.
-The “Unity” collection features a range of semi-transparent mirror solutions and natural textures.
-Matte treatments through acid-etching are used to bring more texture to the glass while playing with its initial transparency.
-Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles.
-The “Focus” collection presents a variation of possibilities in dichroic and semi-transparent black coatings. Both are semi-transparent allowing for seamless integration of lighting elements, smart surfaces and displays.
-The “Unity” collection features a range of semi-transparent mirror solutions and natural textures.
-Matte treatments through acid-etching are used to bring more texture to the glass while playing with its initial transparency.
-Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles.
-The “Focus” collection presents a variation of possibilities in dichroic and semi-transparent black coatings. Both are semi-transparent allowing for seamless integration of lighting elements, smart surfaces and displays.
-The “Unity” collection features a range of semi-transparent mirror solutions and natural textures.
-Matte treatments through acid-etching are used to bring more texture to the glass while playing with its initial transparency.
-Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles.
-The “Focus” collection presents a variation of possibilities in dichroic and semi-transparent black coatings. Both are semi-transparent allowing for seamless integration of lighting elements, smart surfaces and displays.
-The “Unity” collection features a range of semi-transparent mirror solutions and natural textures.
-Matte treatments through acid-etching are used to bring more texture to the glass while playing with its initial transparency.
2023 JSAE Automotive Engineering Exposition High heat resistance and high voltage resistance wire sheath material for EV
-Exhibited wire wound products such as mPEEK, ETFE, PFA, AR, and AFLAS coating materials. They have excellent electrical and space-saving properties and are utilized in the field of mobility solutions.
2023 JSAE Automotive Engineering Exposition High heat resistance and high voltage resistance wire sheath material for EV
-Exhibited wire wound products such as mPEEK, ETFE, PFA, AR, and AFLAS coating materials. They have excellent electrical and space-saving properties and are utilized in the field of mobility solutions.
CERAROI-N (silicon nitride)
- Higher heat and corrosion resistance, lower thermal expansion, and lighter weight than metals
- Near-net shape is possible by mold forming
- High degree of freedom of shapes
LOTEC-MD
- High purity raw material powder is used by taking advantage of electro-fusion technology
- Low thermal expansion coefficient
- Plasma resistance
CERAROI-N (silicon nitride)
- Higher heat and corrosion resistance, lower thermal expansion, and lighter weight than metals
- Near-net shape is possible by mold forming
- High degree of freedom of shapes
LOTEC-MD
- High purity raw material powder is used by taking advantage of electro-fusion technology
- Low thermal expansion coefficient
- Plasma resistance
CERAROI-N (silicon nitride)
- Higher heat and corrosion resistance, lower thermal expansion, and lighter weight than metals
- Near-net shape is possible by mold forming
- High degree of freedom of shapes
LOTEC-MD
- High purity raw material powder is used by taking advantage of electro-fusion technology
- Low thermal expansion coefficient
- Plasma resistance
2023 JSAE Automotive Engineering Exposition Ceramic molding material for 3D printers BRIGHTORB
-Ceramic 3D printing materials with less than 1% shrinkage after firing
-BRIGHTORB Creative Lightning for interiors and BRIGHTORB Engineering for molds
2023 JSAE Automotive Engineering Exposition Ceramic molding material for 3D printers BRIGHTORB
-Ceramic 3D printing materials with less than 1% shrinkage after firing
-BRIGHTORB Creative Lightning for interiors and BRIGHTORB Engineering for molds
2023 JSAE Automotive Engineering Exposition Low Reflection Smoke AR Film & Color-shift-less AR film
-Color-shift-less AR film: Constant AR reflection color (independent of angle)
-Low-reflective smoked AR film: Combines ultra-low reflection and transmittance control. Has high contrast.
2023 JSAE Automotive Engineering Exposition Low Reflection Smoke AR Film & Color-shift-less AR film
-Color-shift-less AR film: Constant AR reflection color (independent of angle)
-Low-reflective smoked AR film: Combines ultra-low reflection and transmittance control. Has high contrast.
2023 JSAE Automotive Engineering Exposition Low Reflection Smoke AR Film & Color-shift-less AR film
-Color-shift-less AR film: Constant AR reflection color (independent of angle)
-Low-reflective smoked AR film: Combines ultra-low reflection and transmittance control. Has high contrast.
2023 JSAE Automotive Engineering Exposition Glass cover for sensor EG-A1
- Dragontrail-STAR Series chemically strengthened glass
-Highly resistant to stepping stones and compliant with various stepping stone standards. Excellent optical characteristics and environmental resistance.
2023 JSAE Automotive Engineering Exposition Glass cover for sensor EG-A1
- Dragontrail-STAR Series chemically strengthened glass
-Highly resistant to stepping stones and compliant with various stepping stone standards. Excellent optical characteristics and environmental resistance.
2023 JSAE Automotive Engineering Exposition FIR camera compatible windshield
- Integration of a special material that transmits far-infrared rays into a portion of the automobile windshield.
- High durability against wiper friction and high smoothness with minimal image distortion.
2023 JSAE Automotive Engineering Exposition FIR camera compatible windshield
- Integration of a special material that transmits far-infrared rays into a portion of the automobile windshield.
- High durability against wiper friction and high smoothness with minimal image distortion.
CES 2023 Infrared-transparent glass trim covering B-pillar integrated lidar
CES 2023 Infrared-transparent glass trim covering lidar in a bumper
CES 2023 Windshield covering a lidar integrated with three cameras
CES 2023 Glass roof covering lidar unit
CES 2023 Glass solutions for sensor integration
CES 2023 Glass solutions for sensor integration
CES 2023 Glass solutions for sensor integration
Automotive Interiors Expo Europe 2022 Scratch resistant ultra-thin FeelInGlass
Automotive Interiors Expo Europe 2022 Scratch resistant ultra-thin FeelInGlass
Automotive Interiors Expo Europe 2022 FeelInspiration decorative glass
- Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles
Automotive Interiors Expo Europe 2022 FeelInspiration decorative glass
- Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles
Automotive Interiors Expo Europe 2022 FeelInspiration decorative glass
- Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles
Automotive Interiors Expo Europe 2022 FeelInspiration decorative glass
- Integration of glass elements as decorative trims in vehicle interior areas, such as door panels, dashboards and center consoles
Automotive Interiors Expo Europe 2022 Anti-fingerprint water repellent glass
- The application of a thin, mono-molecular layer on the surface of the glass, makes the glass fingerprint resistant and liquid-repellent, thus providing anti-soiling properties.
CEATEC 2022 Optical and electronic components for LiDAR
-Packaged substrates to mount lenses, DOEs and extensions, optical filters, glass covers and semiconductor lasers for LiDAR.
GCHP (Glass Ceramic Hybrid Package): Efficiently dissipates heat from the laser diode, contributing to higher output power
DOE (Diffractive Optical Element): Spreads the emitted laser beam over a targeted scan area or provides intensity distribution
Cover glass: Protects LiDAR from impacts such as flying stones
CEATEC 2022 Optical and electronic components for LiDAR
-Packaged substrates to mount lenses, DOEs and extensions, optical filters, glass covers and semiconductor lasers for LiDAR.
GCHP (Glass Ceramic Hybrid Package): Efficiently dissipates heat from the laser diode, contributing to higher output power
DOE (Diffractive Optical Element): Spreads the emitted laser beam over a targeted scan area or provides intensity distribution
Cover glass: Protects LiDAR from impacts such as flying stones
CEATEC 2022 Optical and electronic components for LiDAR
-Packaged substrates to mount lenses, DOEs and extensions, optical filters, glass covers and semiconductor lasers for LiDAR.
GCHP (Glass Ceramic Hybrid Package): Efficiently dissipates heat from the laser diode, contributing to higher output power
DOE (Diffractive Optical Element): Spreads the emitted laser beam over a targeted scan area or provides intensity distribution
Cover glass: Protects LiDAR from impacts such as flying stones
CEATEC 2022 Optical and electronic components for LiDAR
-Packaged substrates to mount lenses, DOEs and extensions, optical filters, glass covers and semiconductor lasers for LiDAR.
GCHP (Glass Ceramic Hybrid Package): Efficiently dissipates heat from the laser diode, contributing to higher output power
DOE (Diffractive Optical Element): Spreads the emitted laser beam over a targeted scan area or provides intensity distribution
Cover glass: Protects LiDAR from impacts such as flying stones
CEATEC 2022 Optical and electronic components for LiDAR
-Packaged substrates to mount lenses, DOEs and extensions, optical filters, glass covers and semiconductor lasers for LiDAR.
GCHP (Glass Ceramic Hybrid Package): Efficiently dissipates heat from the laser diode, contributing to higher output power
DOE (Diffractive Optical Element): Spreads the emitted laser beam over a targeted scan area or provides intensity distribution
Cover glass: Protects LiDAR from impacts such as flying stones
A fluoropolymer with electrical properties, heat resistance, and chemical resistance equivalent to PTFE and PVDF, as well as easy formability and workability. In the automotive industry, it is used for fuel valves and battery components.
CEATEC 2022 AFLAS fluoroelastomers
This material has excellent heat resistance, chemical resistance, and bending resistance, and is suitable for use in the sheathing of high-voltage electric wires for EVs.
CEATEC 2022 Cover glass for automotive displays
CEATEC 2022 Cover glass for automotive displays
Hannover Messe 2022 Ion Exchange membrane
-Ion exchange membrane developed by FORBLUE
MWC 2022 AGC On-Glass Antenna
-Product portfolio: Broadcast antennas (for AM, FM ,DAB, DTV, etc.), Telematics antenna solutions to cover connectivty needs (3/4G, WiFi, Bluetooth, etc), V2X/DSRC and C-V2X glass antenna systems, 5G ready antenna solutions
-Specifications: conductive printing or thin wire embedded into the glass
-Benefits: Seamless integration in glazing, compatible with all other on-glass technologies (coating, heating, etc.)
-Application scope: Windshield, Side windows, Sunroof, Backlite
MWC 2022 AGC On-Glass Antenna
-Product portfolio: Broadcast antennas (for AM, FM ,DAB, DTV, etc.), Telematics antenna solutions to cover connectivty needs (3/4G, WiFi, Bluetooth, etc), V2X/DSRC and C-V2X glass antenna systems, 5G ready antenna solutions
-Specifications: conductive printing or thin wire embedded into the glass
-Benefits: Seamless integration in glazing, compatible with all other on-glass technologies (coating, heating, etc.)
-Application scope: Windshield, Side windows, Sunroof, Backlite
MWC 2022 AGC Connected Glass Applique
-Product: The Applique, located on the B-pillar, can be used as interface of communication between the vehicle and its user
-Specifications: Glass as material of the applique will provide the possibility to integrate cameras, displays, antennas and other technical features
-Benefits: Better ageing performance and scratch resistance than plastic applique, purist design
-Application scope: Side windows
MWC 2022 AGC Connected Glass Applique
-Product: The Applique, located on the B-pillar, can be used as interface of communication between the vehicle and its user
-Specifications: Glass as material of the applique will provide the possibility to integrate cameras, displays, antennas and other technical features
-Benefits: Better ageing performance and scratch resistance than plastic applique, purist design
-Application scope: Side windows
MWC 2022 AGC Wideye Glass For Sensors
-Product: glass in windshield, backlite or sidelites with integrated LiDAR and camera modules
-Specifications: Wideye is an infrared transparent and high optical performance automotive glass (92% light transmission or more when combined with anti-reflective coatings) for vision glazing, trims and sensor covers.
-Benefits: high sensor precision and resolution by being transparent for both LiDAR and camera optical requirements. Seamless integration enabling aesthetic design. Full protection against stone impacts, vibration ,rain, dirt, fog or frost
-Application scope: windshield and Backlite
MWC 2022 AGC Wideye Glass For Sensors
-Product: glass in windshield, backlite or sidelites with integrated LiDAR and camera modules
-Specifications: Wideye is an infrared transparent and high optical performance automotive glass (92% light transmission or more when combined with anti-reflective coatings) for vision glazing, trims and sensor covers.
-Benefits: high sensor precision and resolution by being transparent for both LiDAR and camera optical requirements. Seamless integration enabling aesthetic design. Full protection against stone impacts, vibration ,rain, dirt, fog or frost
-Application scope: windshield and Backlite
MWC 2022 AGC Wideye Glass For Sensors
-Product: glass in windshield, backlite or sidelites with integrated LiDAR and camera modules
-Specifications: Wideye is an infrared transparent and high optical performance automotive glass (92% light transmission or more when combined with anti-reflective coatings) for vision glazing, trims and sensor covers.
-Benefits: high sensor precision and resolution by being transparent for both LiDAR and camera optical requirements. Seamless integration enabling aesthetic design. Full protection against stone impacts, vibration ,rain, dirt, fog or frost
-Application scope: windshield and Backlite
CES 2022 Display showing application of glass solutions (Wideye)
-Display highlighting the Company's glass solutions for integration of sensors such as cameras and lidar across the vehicle's exterior
CES 2022 Glass trim covering a lidar unit (Wideye)
CES 2022 Glass trim covering a lidar unit (Wideye)
CES 2022 Glazed glass windshield over a lidar and camera combination sensor
CES 2022 Glass trim covering TOF camera in B-pillar
CES 2022 Glass trim covering TOF camera in B-pillar
CES 2022 Glass types
CES 2022 Glass types
CES 2022 Optical sensor cover for lidar
Automotive Interiors Expo Europe 2021 Ultra-thin FeelInGlass
Characteristics:
-Lightweight solution
-Ultra-thin: 0.5mm
-Flexible: chemically reinforced
-cold bendable
-Humidity, UV and fire resistant
-Shock and scratch resistant
-Infinite pattern options
Automotive Interiors Expo Europe 2021 Ultra-thin FeelInGlass
Characteristics:
-Lightweight solution
-Ultra-thin: 0.5mm
-Flexible: chemically reinforced
-cold bendable
-Humidity, UV and fire resistant
-Shock and scratch resistant
-Infinite pattern options
Automotive Interiors Expo Europe 2021 StreetSmartDoor
Door panel concept developed in collaboration with IAC Group.
Seamlessly integrated cold-bended ultra-thin functional glass surfaces covering:
-display controls with haptic feedback
-digital side camera monitoring system
-acoustic glass
Automotive Interiors Expo Europe 2021 StreetSmartDoor
Door panel concept developed in collaboration with IAC Group.
Seamlessly integrated cold-bended ultra-thin functional glass surfaces covering:
-display controls with haptic feedback
-digital side camera monitoring system
-acoustic glass
Automotive Interiors Expo Europe 2021 StreetSmartDoor
Door panel concept developed in collaboration with IAC Group.
Seamlessly integrated cold-bended ultra-thin functional glass surfaces covering:
-display controls with haptic feedback
-digital side camera monitoring system
-acoustic glass
Automotive Interiors Expo Europe 2021 StreetSmartDoor
Door panel concept developed in collaboration with IAC Group.
Seamlessly integrated cold-bended ultra-thin functional glass surfaces covering:
-display controls with haptic feedback
-digital side camera monitoring system
-acoustic glass
Automotive Interiors Expo Europe 2021 StreetSmartDoor
Door panel concept developed in collaboration with IAC Group.
Seamlessly integrated cold-bended ultra-thin functional glass surfaces covering:
-display controls with haptic feedback
-digital side camera monitoring system
-acoustic glass
Automotive Interiors Expo Europe 2021 Dragontrail cover glass for large curved displays
Hot-bended 1.1 ~ 2 mm thin cover glass used as protective surface glass for in-vehicle displays. First applied in the 2021 Cadillac Escalade to cover its three piece P-OLED screen.
Automotive Interiors Expo Europe 2021 Dragontrail cover glass for large curved displays
Hot-bended 1.1 ~ 2 mm thin cover glass used as protective surface glass for in-vehicle displays. First applied in the 2021 Cadillac Escalade to cover its three piece P-OLED screen.
Automotive Interiors Expo Europe 2021 Dragontrail cover glass for large curved displays
Hot-bended 1.1 ~ 2 mm thin cover glass used as protective surface glass for in-vehicle displays. First applied in the 2021 Cadillac Escalade to cover its three piece P-OLED screen.
CEATEC 2019 Demonstration Vehicle for 5G Communications Test
- Equipped with a total of 8 glass antennas: on windshield, in glass on both rear quarters, and rear glass
CEATEC 2019 Demonstration Vehicle for 5G Communications Test
- Equipped with a total of 8 glass antennas: on windshield, in glass on both rear quarters, and rear glass
CEATEC 2019 Demonstration Vehicle for 5G Communications Test
- Equipped with a total of 8 glass antennas: on windshield, in glass on both rear quarters, and rear glass
CEATEC 2019 On Glass Antenna
-According the Company, the world's first antenna for 28 GHz band
CEATEC 2019 On Glass Antenna
-According the Company, the world's first antenna for 28 GHz band
CEATEC 2019 On Glass Antenna
-According the Company, the world's first antenna for 28 GHz band
CEATEC 2019 On Glass Antenna
-According the Company, the world's first antenna for 28 GHz band