Development of transparent conductive films, touch panels, automotive anti-reflection films, and related products
First written in FY2016. 13 of 24 entries say "Restated". Latest entry: FY2026.
0 other companies' latest entry also says "Other".
- FY2026Updated annual R&D themesAnnual report
「(Semiconductors and electronic components) ① Development of mass-production technology for fine-circuit formation materials for fan-out panel-level packages ② Development of technology for forming metal-resistive thin-film strain gauges ③ Development of acoustic multilayer films for acoustic-wave devices ④ Development of piezoelectric thin films for MEMS devices ⑤ Development of GaN template wafers for power devices ⑥ Development of deposition technology for through-vias (Other) ⑦ Establishment of production technology for nanostructured products such as g.moth® ⑧ Product development using nanostructures such as g.moth® ⑨ Development of highly slip-resistant functional materials such as g.slip® ⑩ Development of non-reflective black sheets such as g.black™ ⑪ Development of plasma process technology ⑫ Development of highly durable superhydrophobic and hydrophilic films」
Research and development themes in semiconductors and electronic components include fine circuitry, MEMS, GaN and through-silicon vias, while other themes include g.moth®, g.slip®, g.black™ and water-repellent and hydrophilic films. - FY2025Updated annual R&D themesAnnual report
「(Displays) ① Development of materials and processing technologies for low-reflectance metal-mesh electrodes (Mobility) ① Establishment of production technology for low-reflectance film (g.moth®) ② Development of applications for low-reflectance film (g.moth®) ③ Development of applications for surface-heating products ④ Development of wide-angle, high-reflectance mirrors for specific wavelength bands (Semiconductors and electronic components) ① Development of mass-production technology for fine-circuit formation materials for fan-out panel-level packaging ② Development of technology for forming metal-resistance thin-film strain gauges ③ Development of acoustic multilayer films for acoustic-wave devices ④ Development of piezoelectric thin films for MEMS devices ⑤ Development of GaN template wafers for power devices ⑥ Development of deposition technology for through-vias (Other) ① Development of plasma process technology ② Development of highly durable superhydrophobic and hydrophilic films ③ Development of high-slip functional materials ④ Development of non-reflective black sheets」
The company updated its R&D themes and identified low-reflectance metal mesh, g.moth, heaters, fine circuits, sensors and MEMS, GaN, through-vias, and water-repellent and slip-off materials as development challenges. - FY2024RaisedAnnual report
「(Semiconductors and Electronic Components) ① Development of mass-production technologies for fine-circuit formation materials for fan-out and panel-level packages ② Development of technologies for forming thin-film metal-resistance strain gauges ③ Development of transparent conductive films that transmit ultraviolet light ④ Development of heat-dissipation sheets ⑤ Development of acoustic multilayer films for acoustic-wave devices ⑥ Development of piezoelectric thin films for MEMS devices ⑦ Development of GaN template wafers for power devices」
In addition to conventional fine circuits, strain gauges, transparent conductive films, heat-dissipation sheets and acoustic multilayer films, the Company has added piezoelectric thin films for MEMS devices and GaN template wafers for power devices to its development themes, expanding the scope of its research and development. - FY2024-Q3RestatedAnnual report
「There were no material changes in the status of R&D activities during the cumulative third quarter under review.」
The company has reconfirmed that there are no significant changes to its research and development themes, including transparent conductive films, automotive antireflection films, g.moth and sensors. - FY2024-Q1RestatedAnnual report
「There were no significant changes in research and development activities during the cumulative first quarter.」
The company has reconfirmed that there are no significant changes to its research and development themes, including transparent conductive films, automotive antireflection films, g.moth and sensors. - FY2023Updated annual R&D themesAnnual report
「(Semiconductors and electronic components) ① Development of mass-production technologies for fine-circuit formation materials for fan-out panel-level packages ② Development of technologies for forming thin-film strain gauges using metal resistance ③ Development of thin-film temperature and flow sensors ④ Development of UV-transmitting transparent conductive films ⑤ Development of heat-dissipation sheets ⑥ Development of acoustic multilayer films for acoustic-wave devices」
R&D themes have been updated, with development projects including fine circuits, strain gauges, temperature and flow sensors, transparent conductive films that transmit ultraviolet light, heat-dissipation sheets, and acoustic multilayer films. - FY2023-Q1RestatedAnnual report
「There were no material changes in R&D activities during the first quarter of the current consolidated cumulative period.」
The company has reconfirmed that there are no significant changes to its research and development themes, including transparent conductive films, automotive antireflection films, g.moth and sensors. - FY2022Updated annual R&D themesAnnual report
「(Semiconductor/Electronic Components) ① Development of mass-production technology for fine-circuit formation materials for fan-out panel-level packages ② Development of fine-circuit formation technology using a semi-additive process ③ Development of wiring materials for 5G applications ④ Development of technology for forming thin-film strain gauges using metal resistance ⑤ Development of thin-film temperature and flow sensors ⑥ Development of transparent conductive films that transmit ultraviolet light」
R&D themes have been organized by business area, with development projects including fine circuits, 5G wiring, strain gauges, temperature and flow sensors, and transparent conductive films that transmit ultraviolet light. - FY2022-Q3RestatedAnnual report
「There were no material changes in R&D activities during the third quarter of the current cumulative consolidated period.」
The company has reconfirmed that there have been no significant changes to its research and development themes, which include transparent conductive films, automotive antireflective films, g.moth and sensors. - FY2022-Q2RestatedAnnual report
「There were no material changes in R&D activities during the second quarter of the current cumulative consolidated period.」
The company has reconfirmed that there have been no significant changes to its research and development themes, which include transparent conductive films, automotive antireflective films, g.moth and sensors. - FY2021RaisedAnnual report
「⑦ Development of plasma process technology」⑩ Development of wiring materials for 5G」⑭ Development of technology for forming thin-film strain gauges using the metal resistance method」⑮ Development of thin-film temperature and flow sensors」
The company is expanding its research and development scope beyond existing automotive antireflective films, g.moth®, lasers, fine circuitry, and water-repellent films and heaters to include plasma processes, 5G wiring, strain gauges, and temperature and flow sensors. - FY2021-Q3RestatedAnnual report
「There were no material changes in R&D activities during the third quarter of the current cumulative consolidated period.」
The company has reconfirmed that there have been no material changes to its R&D themes, including transparent conductive films, automotive antireflective films and sensors. - FY2021-Q1RestatedAnnual report
「There were no material changes in R&D activities during the first quarter of the current consolidated cumulative period.」
It states that there were no material changes in research and development themes, including transparent conductive films, antireflection films for automotive applications and sensors. - FY2020RaisedAnnual report
「① Establishment of mass-production technology for antireflective films for automotive displays ② Establishment of production technology for low-reflectance film (g.moth®) ③ Development of applied products using low-reflectance film (g.moth®) ④ Development of lenses for high-power lasers ⑤ Development of mass-production technology for fine-circuit formation materials for fan-out panel-level packages ⑥ Development of fine-circuit formation technology using a semi-additive process ⑦ Development of highly durable superhydrophobic and hydrophilic films ⑧ Development of functional materials with high slip performance ⑨ Development of processing technology for in-plane heating heaters on irregularly shaped materials ⑩ Development of applied products using in-plane heating heaters ⑪ Development of patterning technology for irregularly shaped materials ⑫ Development of various thin-film sensors」
The company is giving concrete form to research and development themes including automotive antireflection films, g.moth®, lasers, fine circuits, water-repellent and sliding films, heaters and sensors, and is expanding their scope. - FY2020-Q2RestatedAnnual report
「There were no material changes in R&D activities during the second quarter of the current cumulative consolidated period.」
The company has reconfirmed that there have been no material changes to its R&D themes, including transparent conductive films, automotive antireflective films and sensors. - FY2020-Q1RestatedAnnual report
「There were no material changes in R&D activities during the first quarter of the current consolidated cumulative period.」
It states that there were no material changes in research and development themes, including transparent conductive films, antireflection films for automotive applications and sensors. - FY2019RaisedAnnual report
「⑮ Development of lenses for high-power lasers」
In addition to conventional conductive films, automotive anti-reflective films, sensors and HRDP, lenses for high-power lasers have been added to the R&D themes, expanding the scope of development. - FY2019-Q3RestatedAnnual report
「There were no material changes in R&D activities during the third quarter of the current cumulative consolidated period.」
The company has reconfirmed that there have been no material changes to its R&D themes, including transparent conductive films, automotive antireflective films and sensors. - FY2019-Q2RestatedAnnual report
「There were no material changes in R&D activities during the second quarter of the current cumulative consolidated period.」
The company has reconfirmed that there have been no material changes to its R&D themes, including transparent conductive films, automotive antireflective films and sensors. - FY2019-Q1RestatedAnnual report
「There were no material changes in R&D activities during the first quarter of the current consolidated cumulative period.」
It states that there were no material changes in research and development themes, including transparent conductive films, antireflection films for automotive applications and sensors. - FY2018RaisedAnnual report
「⑮ Development of fine-circuit formation materials (HRDP) for fan-out-level packages」
In addition to conventional conductive films, automotive, optical and sensor applications, materials for forming fine circuits for fan-out-level packages have been added to the development themes, expanding the scope of R&D. - FY2018-Q3RestatedAnnual report
「There were no material changes in R&D activities during the third quarter of the current cumulative consolidated period.」
No material changes or new progress were reported during the quarter regarding R&D themes such as transparent conductive films, automotive antireflection films and sensors. - FY2017RaisedAnnual report
「⑪ Development and sale of a BLE capacitive sensor IoT development kit ⑫ Development of film deposition processing technology for transparent heaters and development of related applied products ⑬ Development of films compatible with insert molding and TOM molding for films」
In addition to conventional conductive films, anti-reflective films and sensors, the scope of development has expanded to include BLE sensor IoT development kits, transparent heaters, and films compatible with insert molding and TOM molding. - FY2016First statedAnnual report
「(FPD substrates) ① Establishment of mass-production technology for electrode films for in-cell capacitive touch panels ② Development and establishment of mass-production technology for low-resistance transparent conductive films (mesh) using metal materials ③ Development of patterning and lift-off processing technology ④ Development of high-resistance conductive films (Other) ① Establishment of mass-production technology for antireflection films for automotive applications ② Development of film-deposition processing technology for irregularly shaped products, including the interiors of cylindrical products ③ Development of film-deposition processing technology for ultrathin films ④ Development of film-deposition processing technology for barrier films ⑤ Development of patterning technology for irregularly shaped materials ⑥ Development of optical thin films for infrared applications ⑦ Development of infrared reflective films ⑧ Development of hard antireflection films ⑨ Development of superhydrophobic and hydrophilic films and related products ⑩ Development of high-grade decorative films and related products ⑪ Development of various sensor devices ⑫ Development of products for biological and medical equipment」
The company lists development themes in automotive, optical, sensor, and biotechnological and medical applications, in addition to conductive films and processing technologies for FPDs.