JCC copolyester PES hot melt adhesive film offers versatile processing options with both release paper and paper-free versions. Suitable for continuous or intermittent production methods, this thermoplastic adhesive provides excellent adaptability across various manufacturing environments and equipment configurations.

• Excellent bonding strength and long-term durability
• Resistance to washing and dry-cleaning processes
• Clean processing without messy liquid adhesives
• Eco-friendly formulation (solvent-free, non-toxic)
• Consistent film thickness for stable bonding performance

• Reflective clothing and safety equipment
• Outdoor sportswear and technical apparel
• Footwear and bag manufacturing
• Automotive interior components
• Textile lamination and decorative applications

Maintain precise temperature regulation of hot press rollers, irons, or heat transfer equipment for successful lamination.

Apply adequate pressure to ensure complete contact between adhesive film and substrate, facilitating proper penetration into fabric fibers.

Allow sufficient heating duration for complete melting and adequate cooling time for full curing and bond formation.

Ensure all substrate surfaces are clean, dry, and free from oil, dirt, and contaminants for optimal bonding results.

Store in cool, dry conditions at room temperature, protected from direct sunlight and moisture. Typical shelf life ranges from 12 to 24 months when stored according to specifications.

A thermoplastic adhesive film manufactured from copolyester (PES) material. When heated, it melts to create strong bonds between various materials. Widely used for reflective fabrics, textiles, and technical materials requiring durable adhesion properties.

Yes, specifically engineered for reflective material applications, providing robust bonding while preserving flexibility and reflective performance characteristics.

Yes, both configurations are offered. The release paper version facilitates easier cutting and positioning, while the paper-free option supports continuous lamination and automated processing systems.