Metal Substitute Technology
-Challenge- CO2 emissions from metal production processes
As moving a vehicle that uses a lot of heavy metals requires a lot of gasoline and increases CO2 emissions, weight reduction has become a challenge. In addition, the production process of metals also emits a large amount of CO2, which calls for urgent countermeasures.
Furthermore, the forming of metal parts has limitations, making it difficult to provide designs that meet the needs of the market.
-Solution- Reduction of CO2 emissions through the use of plastic
SEKISUI’s injection-molded products also support highly precise design in terms of strength, bending, and fluidity through computer-aided engineering (CAE) technology and fiber orientation analysis, and contribute to improved fuel efficiency through weight reduction. The production process of the plastic products can also be expected to reduce CO2 emissions compared to that of metal products.
-Technology- Technical information
Technical overview
CAE technology + Fiber orientation analysis
CAE technology
High precision made possible by CAE technology(strenght, bending, flowage) + Fiber orientation analysis.
Improves fuel-efficiency by weight reduction
Weight reduction
Improves fuel-efficiency by weight reduction(20%~30% weight reduction in comparison with aluminum).
High-quality and clarity even with high mixture of GF
High quality, precision, and clarity
High GF filling (approx. GF50%) special PA + CAE technology (strength, bending, flowage) creates high strength, precision, and clarity injection-mold products.Technical details
High Precision realized by CAE technology
(strength, bending, flowage) + Fiber orientation analysis
Improves fuel-efficiency by weight reduction
Calculation of the total weight of the control box is 5 large units and 30 small units per vehicle.
Alminium
High-quality and clarity even with high mixture of GF
Document download
認定証ダウンロードファイル一覧
Name | Type | File | Update | File |
---|---|---|---|---|
Catalog:Metal Substitute Technology_SekisuiMobilitySolution |
Catalog |
2023-09-11 |
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1.39 MB
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