TPU Hot Melt Adhesive Film | Seamless Bonding & Lamination Solutions

High-performance TPU hot melt adhesive film is engineered for precision automotive interior lamination applications. Designed to ensure strong, flexible, and long-lasting adhesion between various interior materials such as fabric, leather, and foam, it delivers exceptional thermal stability and peel strength.

High-transparency TPU hot melt film is for optical lamination, delivering 95% clarity, 0.03mm thickness, and Low VOC automotive durability. This halogen-free material ensures bubble-free bonding for screens. As an IATF 16949 certified manufacturer, we provide custom specifications and full technical support.

High-transparency TPU hot melt adhesive film is engineered for invisible lamination, featuring an ultra-thin 0.03mm profile and exceptional wash resistance. This eco-friendly, solvent-free GREEN TPU solution delivers stable bonding from -40°C to 120°C. REACH/RoHS compliant, it is the ideal choice for seamless apparel, medical, and electronics.

This TPU adhesive film provides soft touch, high elasticity, and stable lamination performance, making it an ideal choice for bonding shoe uppers, linings, leather, mesh fabrics, and foam materials. It supports various processing methods, including heat pressing and flat lamination, with clean and environmentally friendly production—no solvent, no odor, and recyclable.

GREEN TPU specializes in high-performance TPU hot melt film and breathable membranes for the apparel and garment industry. Our materials are designed to meet Oeko-Tex Standard 100, ensuring skin-friendly comfort and non-toxic safety for seamless clothing, activewear, and outdoor gear. Featuring 300-500% elasticity and superior 60°C wash-durability, our films provide invisible and durable bonding for functional textiles. With verified antibacterial properties, our TPU solutions are ideal for high-end garment lamination. As a source manufacturer, we provide custom specifications and wholesale pricing. Samples are available for testing and quality evaluation.