80 Micron Yellow CPP Silicone Coated Release Film For Label

80 μm yellow CPP silicone coated release film for label, tape and adhesive manufacturing, medical and surgical app

The 80-micron translucent yellow or opaque yellow CPP (Cast Polypropylene) film is a specialized type of release liner that is specifically

designed for use in applications where a yellow-colored release liner is necessary. The yellow color is used to differentiate product lines or

provide a unique background for the product.

Some of the main applications of the 80-micron translucent yellow or opaque yellow CPP film include:

1. Packaging Applications:

    Yellow colored release liners are widely used in packaging applications, particularly in the food industry for honey, mustard and other

    condiments where yellow color provides a unique background for the product, and it helps to differentiate the packaged product from others.

2. Medical and Surgical Applications:

    The yellow-colored release liners are commonly used in medical and surgical products where reliable identification of the liner material is

    important and sometimes the color yellow is used to indicate caution.

3. Labeling Applications:

    Yellow release liners are used in a variety of labeling applications, including cosmetics and pharmaceuticals as well as industrial applications

    where a colored liner is necessary and it helps to differentiate the product.

4. Tape and Adhesive Manufacturing:

    The yellow release liner is used as a backing material for tape and adhesive products, especially those used in branding and labeling

    applications where a colored liner is preferred over a clear liner.

5. Automotive Industry:

    Yellow-colored release liners are used in automotive products, including tapes and labels where the bright color provides visibility and

    differentiation.

Overall, the 80-micron translucent yellow or opaque yellow CPP film provides a unique and reliable colored release surface for products that

require a colored background for branding, product differentiation, warning or a unique look. The physical properties of yellow-colored release

liners are generally similar to other colored liners, including tensile strength, chemical resistance, clarity, and dimensional stability, with only a

difference in color. The yellow color is suitable for a wide range of applications where a bright, bold background is desired.

CPP (Cast Polypropylene) silicone coated release film has several features that differentiate it from PE (Polyethylene) or BOPP (Biaxially

Oriented Polypropylene) silicone coated release films. Some of these features include:

1. Greater tensile strength:

    CPP silicone release films have greater tensile strength compared to PE or BOPP silicone release films.

    This makes them more resistant to tearing, puncturing, and other forms of physical damage.

2. High temperature resistance:

    CPP silicone release films have excellent high-temperature resistance and can withstand temperatures of up to 120°C.

    This makes them suitable for use in applications, such as die-cutting, where high heat is generated.

3. High chemical resistance:

    CPP silicone release films are more resistant to chemicals, solvents, and acids than PE or BOPP silicone release films, making them

    suitable for use in industrial applications.

4. Excellent dimensional stability:

    CPP silicone release films have excellent dimensional stability and maintain their shape and size even after repeated exposure to high

    humidity or temperature.

5. Low coefficient of friction:

    CPP silicone release films have a low coefficient of friction compared to PE or BOPP silicone release films.

    This makes them suitable for use in applications where sliding or slipping is required.

Overall, CPP silicone coated release film provides superior physical properties and performance compared to PE or BOPP silicone coated

release films. Its tensile strength, high-temperature resistance, chemical resistance, dimensional stability, and low coefficient of friction make

it an excellent choice for various industrial applications, including die-cutting, electronics, and automotive industries.