Production process of POF cross-linked shrink film

The production process of POF cross-linked shrink film, in simple terms, is a technology that uses specific chemical reactions to form a three-dimensional network structure of polyolefin materials, thereby improving their physical properties and chemical stability. The key to this process lies in the control of crosslinking reaction, which determines important indicators such as transparency, strength, heat resistance, and cold resistance of the membrane material. It is precisely this kind of control that makes POF cross-linked membranes widely used in various fields.

In the field of packaging, POF cross-linked shrink film has become an ideal packaging material for products such as food and medicine due to its excellent transparency and toughness. Its high transparency can maintain the original color and flavor of the product, while its excellent toughness can effectively prevent damage and tearing. At the same time, POF cross-linked film also has good heat sealing performance and low temperature resistance, making the packaging more sturdy and reliable.

In the field of protection, POF cross-linked shrink films have also demonstrated impressive strength. Due to its excellent weather resistance and corrosion resistance, it is widely used for protection in outdoor buildings, transportation vehicles, etc. Whether it is wind and rain erosion or chemical corrosion, POF cross-linked film can provide a solid barrier for the protected object.

In the field of electronics, POF cross-linked shrink film has become an ideal protective material for electronic components, circuit boards, and other products due to its excellent insulation performance and voltage resistance. Its use can not only improve the stability and reliability of electronic products, but also extend their service life.