Low Temperature Lamination Solution Hot Melt TPU for Chemical Hot Melt Sheet and Fire Hose Co-Extrusion with Good Initial Strength Production Process: Mold: Solvent processing, Injection molding, Extrusion ... Lesen Sie weiter
High Adhesion Fast Bonding Versatile Hot Melt TPU Pellet For Fabric Bonding Product Description of DHMA-98A-5 DHMA-98A-5 is a high-performance hotmelt TPU material from Dingzhi Polymer. With a Shore hardness ... Lesen Sie weiter
98A Hot Melt Adhesive Low Temperature Lamination Solution Hot Melt TPU for Chemical Hot Melt Sheet and Fire Hose Co-Extrusion with Good Initial Strength For Clothes Production Process: Mold: Solvent processing, ... Lesen Sie weiter
High-Performance Hot Melt TPU With Superior Physical Properties And Rapid Crystallization Rate Product Description Dingzhi DHMA-98A-3 is a high-performance hotmelt TPU featuring consistent 98A hardness, stable ... Lesen Sie weiter
High-Performance Hotmelt TPU, Engineered For Versatile Multi-Process Applications Product Introduction DHMA-98A-3 is a high-performance hotmelt TPU product under the DHMA series, developed by Dingzhi Polymer—a ... Lesen Sie weiter
Hotmelt TPU, Fast-Crystallization, Low-Temp Lamination Grade For Adhesive Films, Fabric Lamination And Fire Hose Co-Extrusion Product Description DHMA-98A-3 is a high-performance hotmelt TPU of Dingzhi’s DHMA ... Lesen Sie weiter
Conductive TPU, High-Conductivity, Wear-Resistant TPU For Smart Wearing And Electronic Accessory Components Product Description DAS-90A Conductive TPU is a highly conductive, wear-resistant, and flexible ... Lesen Sie weiter
Conductive TPU Polymer Combining Electrical Performance And Flexibility Optimized For In Flexible Sensors And Electronic Components Product Description: The Conductive TPU (Thermoplastic Polyurethane) product ... Lesen Sie weiter
High Strength TPU Granules Good Melt Index for Injection Molding Fast Production Cycle TPU Raw Material Supplier Specification Item Value Place of Origin Guangdong,China Brand Name DingZhi Model Number EP-95A ... Lesen Sie weiter