Non silicon release film  is corrosion resistance, excellent electrical insulation (especially high-frequency insulation), can be modified by chlorination and irradiation, can be reinforced with glass fiber, low pressure polyethylene has a melting point, rigidity, high hardness and strength, low water absorption, good electrical performance and radiation resistance; High pressure polyethylene has good softness, elongation, impact strength, and permeability; Ultra high molecular weight polyethylene has high impact strength, fatigue resistance, and wear resistance. Low pressure polyethylene is suitable for making corrosion-resistant and insulating parts; High pressure polyethylene is suitable for making films, etc; Ultra high molecular weight polyethylene is suitable for making shock absorption, wear resistance, and transmission parts.

Non silicon release film, the non silicon release film produced by the release film manufacturer is a production tool that differs from traditional release films and has better performance

Release film is a material commonly used in the printing industry, which is loved by people for its strong adaptability and is also widely used in the industry. Regardless of the industry, the replacement of production materials for products is very fast, because for sellers, they want to pursue a lower production price while ensuring the quality of the goods. For buyers, they also want to spend less money to purchase, which has led to rapid updates in raw materials. Non silicon release membranes are preserved under this rapid update.

This type of non silicon release membrane will not have migration phenomenon at first. Generally, the membrane will experience migration phenomenon after being attached. What is migration phenomenon? It means that it cannot be removed after being attached. This situation is very troublesome to handle, and it is likely to damage the prepared area nearby. This new type of release membrane will not have this situation, which is much better than the previous old membrane. The performance has also been significantly improved. Secondly, the chemical resistance of non silicon and non fluorine release membranes is also strong, and the impact on external damage is relatively small.