Brief: This video demonstrates the setup, operation, and key moments during typical use of our High and Low Temperature TPU Hot Melt Adhesive Film. Watch as we show how this thermoplastic film bonds to various materials like leather, fabrics, TPU, and PVC, highlighting its excellent elasticity and cold resistance in practical applications.
Related Product Features:
Thermoplastic hot-melt adhesive film with release-paper backing that can be reheated and reactivated multiple times.
Provides strong bonding to various materials including fabrics, TPU, and PVC.
Offers a soft, comfortable handfeel with good elasticity for flexible applications.
Delivers excellent cold resistance, maintaining stable performance in low-temperature conditions.
Available in thickness range of 0.025mm to 0.30mm and width range of 5mm to 1580mm.
Features a melting range of 35-60℃ and activation temperature of 110-145℃.
Suitable for industrial manufacturing and consumer products requiring durability and versatility.
Packed in protective cartons with plastic wrapping to ensure product integrity during shipping.
Les questions:
What materials does this TPU hot melt adhesive film bond well with?
This adhesive film bonds effectively with many materials including fabrics, TPU (thermoplastic polyurethane), and PVC (polyvinyl chloride), making it versatile for various applications.
What are the recommended bonding conditions for this adhesive film?
For first lamination, use mechanical mold temperature of 130℃-150℃ for 5-15 seconds with 0.3-0.6mpa pressure. For second implanting, use 130℃-170℃ for 8-25 seconds with 0.3-0.6mpa pressure.
How is this TPU hot melt adhesive film packaged for shipping?
The film is packed in cartons with protective plastic wrapping. Small width sizes include two rolls per carton, while large width sizes contain one roll per carton to ensure product protection during transit.
What temperature range does this adhesive film perform well in?
This TPU hot melt adhesive film performs well across both high and low temperatures, with a melting range of 35-60℃ and excellent cold resistance maintaining stable performance even in low-temperature conditions.