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Demonstrating cost performance over technological advancement.
While hydrogen batteries, which can be used more safely than lithium-ion batteries, are gaining attention, they are still not widely adopted due to cost issues. Therefore, what our company has focused on is MEA. By simply switching the materials of existing products to graphene products, we can achieve a 50% cost reduction.
Unused wood resources can be effectively utilized!
"Wood Plastic Composite" is a composite material made from wood powder and plastic. 【Advantages】 - It allows for the effective use of unused wood resources. - Wood powder is lighter compared to glass fibers and talc. - It can improve the ratio of plant-derived raw materials. 【Product Lineup】 - Celbride(R): A grade using general-purpose wood powder. - Wood Nanoplast(R): A grade using special wood powder that improves impact resistance. - Flame-retardant Wood Plastic Composite: A grade that has been flame-retardant treated (equivalent to UL94 V-0).
Biomass composite materials attracting attention as Scope 3 compliant materials: "Wood Plastic Composite (WPC, wood powder blended resin)."
This is a WPC (Wood Plastic Composite) compound with a high content of wood powder. It contains up to 55 wt% wood powder, significantly reducing the use of petroleum-derived resins while being suitable for injection molding and extrusion. It can be relatively easily replaced with existing polypropylene-based materials and is being considered for use in automotive parts, building materials, and everyday products as an environmentally friendly material. This grade emphasizes the aesthetic qualities derived from wood. It can also contribute to CO2 reduction through the utilization of biomass, making it suitable for material selection that considers Scope 3 compliance. *We can also provide suggestions for formulation design based on specific applications.*
木粉55％配合。既存プラスチック製品を比較的容易にバイオマス化。射出成形に対応
当社が提供する『WPCコンパウンド』は、木粉を最大55％配合した プラスチック製品のバイオマス化とCO2排出量削減に貢献する材料です。 独自の配合技術により、木粉の高充填と樹脂加工性を両立しており、 既存の射出成形機や押出成形機を活用した成形が可能です。 木粉を高分散し、成形安定性に優れた「セルブリッド」と、 CNFを含む木質フィラーにより耐衝撃性を高めた「ウッドナノプラス」をラインアップ。 また、難燃性能を付与した「難燃性Wood Plastic Composite」も開発中です。 【特長】 ■既存プラスチック製品をより環境配慮型へ ■木粉55％配合による高いバイオマス比率を実現 ■射出成形・押出成形に対応する樹脂加工性 ■木粉高充填でも安定した成形を可能にする独自の配合設計 ■樹脂使用量削減によるCO2排出量低減に貢献 ※詳しくは資料をご覧ください。お問い合わせもお気軽にどうぞ。
