In the clothing and textile industry, thermal bonding technology is becoming a trend as a replacement for traditional stitching. Features such as seamless processes, waterproofing, heat-pressing techniques, water resistance, and dry-cleaning durability are increasingly gaining attention. Performance-matched hot melt adhesives are crucial to ensuring the fulfillment of these requirements and have become indispensable auxiliary materials in garment production. They are widely used in areas such as garment interlinings, heat transfer printing, non-woven fabrics, innerwear, outdoor apparel, textiles, and more.

Hot-melt adhesive materials are widely used in bonding applications for footwear materials, leather, and mesh fabrics. Compared to traditional stitching techniques, they offer stronger adhesion and a more aesthetically pleasing appearance. These materials are suitable for bonding a variety of substrates, including PVC, polyester, blended fabrics, pure cotton, nylon fabrics, as well as cloth and leather. With advantages such as low cost, high bonding strength, wash resistance, mold resistance, breathability, eco-friendliness, ease of shaping, and excellent flexibility, they are extensively used in the production of leather shoes, footwear components, athletic shoe uppers, soles, toe caps, insoles, and many other areas.

Hot-melt adhesives are widely used in the automotive industry, primarily in interior components such as headliners, acoustic insulation panels, metal trim pieces, sun visors, airbags, floor mats, carpets, and seats, as well as in filters. They offer strong adhesion, excellent thermal stability, high resistance to oxidation, and superior weatherability, meeting the automotive industry's demands for cost-effectiveness and high-quality standards.

Hot-melt adhesive films are primarily used in the heat-press bonding process for reflective clothing and reflective products. They offer strong adhesion, abrasion resistance, washability, safety, and environmental friendliness. Compared to traditional sewing methods, the use of hot-melt adhesive films enhances the durability of reflective clothing and reflective products, eliminates the water-permeability issue associated with stitched seams, and improves the overall texture of the garments.

Hot-melt adhesives are widely used in building materials and decoration, with applications spanning household products and materials such as curtains, drapes, mattresses, flooring, carpets, labels, seamless wall coverings, wood substrates, and various types of plywood (including wood, fabric, plastic, glass, metal, and polymer laminates).

Hot-melt adhesives are increasingly replacing traditional glues in electronic products due to their superior bonding strength, absence of volatile substances, and enhanced environmental friendliness. They are widely used in applications such as leather-to-leather bonding in tablet cases, conductive foam lamination, plastic-to-metal chip bonding in smart card encapsulation, conductive fabric composite layers, and foam-to-nonwoven fabric bonding in printing rollers. These characteristics make hot-melt adhesives an ideal material for electronic product assembly.