36 Micron Opaque Black Non Silicone Coated Release Black Polyester Film

36 μm black 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.

* Clear PET non-silicon coated release film is a versatile material that is used in a wide range of applications where a reliable

release liner is needed.

The 36 μm black PET non-silicone coated release film is commonly used in various application scenarios where a reliable release liner is required. Here are some of the typical uses:

1. Adhesive Tape and Label Production: The 36 μm black PET non-silicone coated release film is commonly employed in the manufacturing of adhesive tapes and labels. It acts as a protective and non-stick backing, allowing easy release of the adhesive material during application. The black color of the film provides a visually appealing appearance and can be used for functional or aesthetic purposes.

2. Composite Material Manufacturing: This release film finds application in the production of composite materials, such as carbon fiber or fiberglass laminates. It serves as a release liner or interleaf layer between layers of composite material during the curing process. The non-silicone coating ensures a reliable release, preventing adhesion between the cured composite and the release film.

3. Die-cutting and Stamping Processes: The 36 μm black PET non-silicone coated release film is commonly used in die-cutting and stamping applications. It acts as a protective layer between the die-cut or stamped material and the cutting or stamping tool. The non-silicone coating ensures easy and clean release, minimizing the risk of adhesive residue or damage to the finished product.

4. Graphic Design and Decal Production: This release film is frequently utilized in the production of graphic designs, decals, or decorative elements. It serves as a carrier film for intricate designs, allowing for precise positioning and transfer onto various surfaces. The black color of the film can provide a contrasting background for vibrant or detailed designs.

5. Surface Protection and Masking: The 36 μm black PET non-silicone coated release film finds application in surface protection and masking scenarios. It can be used to temporarily protect surfaces, such as painted finishes, glass, or metal, during transportation, storage, or painting processes. The non-silicone coating ensures easy removal without leaving adhesive residue or damaging the underlying surface.

Please note that the specific suitability of the 36 μm black 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).