1. Sports shoes industry:

The user first presses the hot-melt adhesive film to the surface of the material through high-temperature composite equipment according to the material used in the sample shoes (belonging to leather or cloth), and after drying, punching or electro-engraving each part customized by the sample, and remove the The release paper of the adhesive film is then ironed to the surface of the mesh or other fabrics by high temperature and high pressure; in this way, it is called a seamless adhesive upper;

Note: This seamless bonding process is suitable for all seamless sports shoes, but for different materials and different process requirements, the user needs to select the corresponding hot melt adhesive film according to the requirements, and test it before using it in batches.

2. Apparel industry:

According to the size requirements of the fabric to be bonded, the user first cuts the hot-melt adhesive film into corresponding widths, and presses the hot-melt adhesive film on the surface of the fabric with high temperature. After drying, remove the release paper of the adhesive film. , and again according to the requirements of the process for high-temperature pressing and bonding, which is called hot-sealing seamless bonding;

Note: The clothing is bonded with hot melt adhesive film, and the suitable fabrics are many and complex. Due to the complexity of its process requirements, users need to conduct proofing tests before mass production when applicable.

3. Leather case and luggage industry:

According to the materials used in leather cases or bags, the user attaches the hot-melt adhesive film to the surface of the material through high-temperature composite equipment, and then punches or slits according to the requirements of the process. After curing, remove the release paper of the adhesive film. High temperature pressing to the surface of the material to be bonded;

Note: There are various materials for leather cases or bags. When applying hot melt adhesive film, please select the film with the corresponding melting point according to the temperature resistance and folding resistance of the material used; and test it according to the process requirements before mass production.