20um Translucent Green PET Non Silicone Coated Optically Clear PET Film

Product Specification

20 μm green PET non silicone coated release film for electronics, medical, automotive and printing etc.

Clear PET non-silicone coated release film is a type of film that is used in a variety of applications where a release liner is required.

This film is typically made from clear polyester (PET) that is coated with a non-silicon release agent on one side.

Here are some common applications for clear PET non-silicon coated release film:

1. Labels:

    The film is used as a backing material for labels, stickers, and decals.

    The non-silicone release coating allows the label to easily separate from the backing, so it can be applied to the desired surface.

2. Medical devices:

    The film is used as a liner for medical devices, such as wound dressings or transdermal patches.

    The non-silicone coating prevents any contamination from the release liner, which is important for maintaining sterility.

3. Packaging:

    The film can be used as a release liner for packaging materials that need to be easily opened, such as pouches or bags.

    The clear PET film allows the contents to be visible while also providing a barrier against moisture and other contaminants.

4. Electronics:

    The film is used as a release liner for electronic components, such as adhesive tapes or protective films.

    The non-silicone coating prevents any damage or interference to the electronic device during the release process.

The 20-micron green PET non-silicone coated release film is commonly used in various application scenarios where a durable and visually distinctive release liner is required. Here are some typical uses:

1. Graphic Arts and Decals: This release film finds application in the graphic arts industry for producing decals, stickers, and other graphic elements. It can be used as a protective backing for printed graphics or vinyl decals, ensuring easy removal and application. The green color adds a visually appealing element and can be used for branding or aesthetic purposes.

2. Industrial Masking and Surface Protection: The 20-micron green PET non-silicone coated release film is commonly employed for masking applications and surface protection in industrial settings. It can be used to protect surfaces during manufacturing, painting, or transportation processes. The green color can help with easy identification and differentiation of the release film from the protected surface.

3. Electronics and PCB Production: This release film is frequently used in the electronics industry, particularly for printed circuit board (PCB) production. It can serve as a protective layer during PCB fabrication, assembly, or transportation. The green color can assist with accurate positioning and alignment of components during manufacturing processes.

4. Medical and Healthcare Products: The 20-micron green PET non-silicone coated release film finds application in the medical and healthcare sectors. It can be used as a release liner for various medical products, such as wound dressings, transdermal patches, or medical tapes. The green color can help with easy identification and ensure proper application.

5. Arts and Crafts: This release film is commonly used in arts and crafts projects. It can serve as a backing or carrier for various artistic elements, such as adhesive-backed shapes, cut-outs, or embellishments. The green color adds a vibrant and visually distinct element to the artwork, enhancing its aesthetic appeal.

Please note that the specific suitability of the 20-micron green PET non-silicone coated release film for a particular application should be verified based on industry requirements, manufacturer guidelines, and customization options available.

Besides, the application of non-silicon release film is mainly based on two points:

1. It does not contain silicon, so there are no issues with silicon transfer contamination.

2. It is compatible with silicone and gel, and is cheaper than fluorine-coated film

    (although the release effect is not as good as fluorine-coated film).