GRS Recycled Materials
GRS Recycled TPU GR-B85A 85 ShoreA 1.205 g/cm³ for Phone Cases Shoe Soles Injection Molding
GR-B85A recycled TPU offers adjustable 85±5 ShoreA hardness and 1.205 g/cm³ density. Cost-effective, rapid molding, ideal for phone cases, shoe soles, and suction cups. Eco-friendly with post-consumer recycled content, ensuring durability and production efficiency.
GRS Recycled Thermoplastic Polyurethane Foam for Injection Molding - Fast Cycle Times, Cost-Effective Material for Phone Cases & Shoe Components
GRS-certified recycled TPU foam material optimized for fast injection molding with competitive pricing. Ideal for phone/tablet protective cases, shoe materials, and industrial applications. Features excellent processing stability, sustainability certification, and comprehensive technical support services for custom development and quality assurance.
DG Series GRS Recycled TPU Material 70-85 Shore A for Shoes Casters and Wires
Eco-friendly GRS certified recycled TPU for injection molding. Offers cost savings, fast cycles, and balanced mechanical properties like tensile strength and tear resistance. Ideal for shoe components, casters, wires, and protective cases. Supports sustainable manufacturing without compromising performance.
Eco-Friendly GR-S TPU/TPR Raw Material Pellets - Shore 85A-98A Hardness for Injection Molding
Premium black recycled TPU/TPR pellets with Shore 85A-98A hardness range, designed for shoe sole manufacturing and injection molding applications. Features eco-friendly composition, custom color options, and cost-effective pricing. Made from polyether-based TPU granules with excellent durability and mechanical properties.
Black GRS Recycled TPU Elastomer 85A Hardness 1.205 g/cm³ Density for Injection Molding
Environmentally friendly thermoplastic polyurethane elastomer with GRS certified recycled content. Features 85A shore hardness, 198.6 kg/cm² tensile strength, and 387% elongation. Ideal for automotive, footwear, electronics, and industrial applications with excellent abrasion resistance and processing characteristics.