Release film refers to a thin film that, under limited conditions, does not produce stickiness or slight stickiness when in contact with a specific material, and can distinguish the outer surface of the film.

1、 The Use and Characteristics of Silicone Oil Release film

Choose a good PET substrate, with uniform and stable release force, non static/single (double) anti static, and diverse thickness and color. It is mainly used for non drying adhesive tape, double-sided adhesive tape, precision material die-cutting, etc.

The silicone oil release film used in the graphite industry has uniform and stable release force, ultra-light/overweight release force, thickness, and multiple colors. According to customer requirements, the release force is 300-400g, which can also be used as an anti-static layer, mainly for the rolling of graphite bare materials.

2、 The Use and Characteristics of Fluorine Release Film

Fluoroplastic film, also known as fluoroplastic film, is made of silicon fluoride coating and has the characteristics of high temperature resistance. Silicone tape has good peeling performance, and fluoroplastic film is mainly used for high-temperature tape and gold finger composite mold cutting processes.

3、 The Use and Characteristics of Non Silicon Release Film

In addition to severe peeling force, non silicon films can also play a role in some areas that do not contain silicon, as they do not use silicon series release agents. The non silicon film produced by Dali film technology has the characteristics of uniform and stable release force, uniform thickness, strong temperature and weather resistance, good tensile strength, and good thermal stability.

The main use of non silica gel film is to process Hot-melt adhesive, HC transfer printing, micro viscose and micro viscose protective film. In addition, due to its heavy peeling force, it can effectively prevent the release film from moving or falling off when processing very delicate parts.

4、 The use and characteristics of anti-static release film

In the information age, electromagnetic waves can interfere with unshielded sensitive electronic components, circuit boards, communication equipment, etc. to varying degrees, leading to data distortion and communication barriers.

Various sensitive components, instruments, certain chemical products, etc., If electromagnetic induction and friction generate high-voltage discharge, the result will be destructive.