Lightweighting Automotive Parts Using Resin, Aluminum and Other Materials
First written in FY2017. 2 of 5 entries say "Restated". Latest entry: 2026-10-01.
0 other companies' latest entry also says "Achieved".
- 2026-10-01AchievedGovernance
「当社の樹脂製配管がトヨタ自動車の次世代モビリティ「e-Palette 」に採用」
樹脂配管の採用実績が具体的に示された。 - FY2026AdvancedAnnual report
「To contribute to reducing environmental impact, we are expanding the use of plastic products to improve vehicle fuel economy and electricity efficiency through lightweighting, and developing products using recycled materials and products for algae cultivation equipment that contributes to CO2 capture.」
The lightweighting initiative took concrete form in product development, including expanded adoption of plastic products and the use of recycled materials. - FY2021RestatedAnnual report
「We are also continuing development aimed at reducing environmental impact, focusing not only on reducing CO2 emissions during manufacturing but also on reducing emissions from a life-cycle assessment (LCA) perspective, as well as further lightweighting components and replacing materials with alternatives that have a lower environmental impact.」
The Company continues to reduce environmental impact from an LCA perspective by lightweighting components and replacing materials with alternatives that have a lower environmental impact. - FY2019RestatedAnnual report
「To replace existing steel products with lighter materials such as resin and aluminum, or switch to composite materials, without compromising functionality, we are conducting computer simulations of strength, vibration and fluid behavior, expanding our evaluation and measurement equipment, and focusing on strengthening our analytical capabilities.」
The replacement of steel products with resin, aluminum and other materials, and the conversion to composite materials, are continuing through simulations, evaluation and measurement equipment, and stronger analytical capabilities. - FY2017First statedAnnual report
「To replace existing steel products with lighter materials such as resin and aluminum without compromising functionality, we are conducting computer simulations of strength, vibration and fluid behavior, expanding our evaluation and measurement equipment, and focusing on strengthening our analytical capabilities.」
Lightweighting through the replacement of steel products with resin, aluminum and other materials is being advanced through simulations, evaluation and measurement equipment, and stronger analytical capabilities.