80 μm opaque white MOPP release film, for food packaging, lamination, tapes labels, industrial applications,

80-micron opaque white MOPP silicone-coated release film is mainly used as a base material for labels, stickers, and pressure-sensitive

adhesive products that require an opaque white-colored background. The silicone coating on the release liner side of the film provides a

non-stick surface, which allows the adhesive coating to be applied to the other side without sticking to the liner. This technology is commonly

used in the production of pressure-sensitive adhesive products such as tapes, labels, and decals.

Here are some of the common applications of 80-micron opaque white MOPP silicone-coated release film:

1. Labels and Stickers:

    Opaque white MOPP film provides a high-quality base material for printing labels and stickers that require an opaque white background.

    The film is compatible with various printing technologies, including flexographic, offset, letterpress, and rotary screen printing.

2. Packaging:

    The opaque white MOPP film is used in various packaging applications such as food packaging, consumer packaging, and industrial packaging

    that require an opaque white surface.

3. Pressure-Sensitive Adhesives:

    The release liner on the silicone-coated side of the film provides a non-stick surface for pressure-sensitive adhesive products such as tapes

    and decals.

4. Lamination:

    Opaque white MOPP film is also used as a lamination film for paper and other packaging materials to provide protection against moisture,

    dust, and other external factors.

Overall, 80-micron opaque white MOPP silicone-coated release film provides a cost-effective, high-quality, and versatile solution for various labeling, packaging, and laminating applications that require an opaque white background. Its excellent printability, seal strength, and moisture barrier properties make it an ideal choice for many industries.

Silicone coated monoaxially oriented polypropylene (MOPP) film and cast polypropylene (CPP) film are both commonly used in various

applications. However, there are significant differences in their physical properties, and these differences significantly impact their application

scenarios. Here are some of the significant differences in the application scenarios between these two types of films:

1. Tensile Strength:

    MOPP has a higher tensile strength than CPP, which makes it ideal for applications where high strength and robustness are required.

    Conversely, CPP's lower tensile strength makes it more suitable for applications where strength is not the primary consideration.

2. Puncture Resistance:

    MOPP has excellent puncture resistance, which makes it more appropriate for applications where there may be the potential for physical

    damage, like tapes and labels. CPP, on the other hand, may not be suitable for these applications due to its lower puncture resistance.

3. Printing Quality:

    MOPP has a smoother surface than CPP, making it more ideal for printing high-quality graphics or fine details.

    CPP mainly displays better print quality compared to other films.

4. Clarity:

    CPP offers excellent optical clarity, making it more suitable for applications that require transparency, such as food packaging. MOPP,

    on the other hand, may be less appropriate in these situations as it provides slightly hazy clarity.

5. Temperature Resistance:

    MOPP offers better thermal stability, making it suitable for high-temperature applications. CPP, on the other hand, may not perform well

    under high-temperature conditions.

Overall, the choice between silicone coated MOPP film and cast polypropylene (CPP) film depends on the application's specific requirements.

MOPP is a great choice for applications that require high strength, puncture resistance, and high-temperature operations. CPP's superior optical

clarity and relatively lower costs make it more suitable for applications such as flexible packaging, shrink film packaging, and label applications.