Eco Friendly Silicone Release Film High Clarity Pet Release Liner 23μM

23μm PET Silicone Release Film High Clarity PET Film Eco-friendly Release Film

Using PET substrate, the surface coated with thin layer of silicone release substances. Products are widely used in the protective film, cutting, adhesive, graphite and other fields, play a very good isolation protection.

• High Transparency & Smooth Surface: Offers excellent optical clarity and a flat surface, ideal for applications requiring visual precision.
• Temperature Resistance: Withstands temperatures up to 130 °C continuously and 180°C for short durations, suitable for high-temperature processes like electronics manufacturing.
• High residual adhesion rate (≥85%), very little silicon migration, no performance impact on the bonding material, non-polluting.
• From the type of power stability, good weather resistance.

Electronics

• Protective Films: In the electronics industry, PET silicone release film is used as a protective layer for sensitive components during manufacturing and shipping. It prevents scratches and other damage.
• Insulation: It is also used as an insulating material in certain electronic applications.

Medical Industry

• Wound Care: The film is used in the production of medical tapes and wound care products. It provides a non-stick surface that is gentle on the skin.
• Surgical Drapes: It is used in the manufacturing of surgical drapes and other medical protective coverings.

Arts and Crafts

• Decal Application: PET silicone release film is used in the application of decals and stickers. It ensures that the decal can be easily transferred onto the desired surface without tearing or sticking to the film.
• Resin Art: It is used in resin art to create a non-stick surface for casting and molding.

• Products are generally used by cardboard tray, nude tray packaging.
• All cartons of products have certificate, packing list, each tray should have a list of products.
• Our products can also be packaged according to the requirements of the user agreement.