Why EVA hot melt adhesive mesh film is chosen in the clothing industry, an introductory reading for the textile industry
Hot melt adhesive mesh: The morphology and structure of the mesh generally presents a spider web shape, which is similar to the non-woven fabric used in clothing. However, its essence is also a thermoplastic adhesive, and it can present different properties according to the different production raw materials and customer requirements, such as the color, length, width, height, and thickness of the finished product, whether it is resistant to water washing, high and low temperatures, and so on There are many types of hot melt adhesive films on the market, and as an adhesive for clothing, it is necessary to match the adhesive according to the specific material and the requirements of the bonding area. Today, we will introduce a commonly used hot melt adhesive mesh in clothing factories - EVA hot melt adhesive mesh. EVA's hot melt adhesive mesh is not only highly elastic, but also softer. Due to its shape, it is more difficult to breathable, making it an ideal composite material for the clothing manufacturing industry. When using hot melt adhesive mesh to bond fabrics, it can still maintain the good breathability of the fabric, while maintaining the softness and elasticity of the clothing. It can also protect the fabric from being flat and wrinkling, making it a pillar type adhesive in the clothing and textile industry. EVA hot melt adhesive is a polymer that does not require solvents, does not contain water, and has 100% solid solubility. It is a solid at room temperature, and when heated and melted to a certain extent, it becomes a liquid adhesive with a certain viscosity. The composition of the EVA hot melt adhesive mesh is ethylene acetate copolymer, which has good elasticity and strong adhesion to materials such as polypropylene non-woven fabric, sponge, and rubber. When in use, simply heat and melt the hot melt adhesive into the desired liquid, apply it to the object to be glued, and after pressing, the bonding and curing can be completed within a few seconds. Within a few minutes, the degree of hardening, cooling, and drying can be achieved.
