BOPP Anti-scratch Thermal Lamination Matt Film For Packaging Box

Short Description:

As the name suggests, anti-scratch thermal lamination film provides an excellent scratch resistance. It’s transparent and matt, widely used in luxury and cosmetic packaging. 

EKO has been keeping on developing and optimizing thermal lamination film for over 20 years, our products are exported to over 60 countries. EKO prioritizes quality and innovation, always putting customer needs at the forefront.

 


  • Material: BOPP
  • Surface: Matt
  • Product shape: Roll Film
  • Thickness: 30micron
  • Width: 200~1700mm
  • Length: 200~4000meters
  • Paper core: 1”(25.4mm), 3”(76.2mm)
  • Equipment requirements: Hot Laminator
  • Product Detail

    Product Tags

    Product Description

    This thermal film has an anti scratch surface which can protect the prints well and extend the prints usage time. It can better solve the problem that the packaging surface is easy to be scratched. But it's suggested to use the digital super sticky anti-scratch thermal lamination film for the digital printings.

    EKO is a professional thermal lamination film manufacturing vendor in China, our products are exported to over 60 countries. We have been innovating for over 20 years, and own 21 patents. We have experienced R & D personnel and technical personnel, constantly committed to improve products, optimize product performance, and develop new products. It enables EKO to provide innovative and high-quality products to meet different customer needs. Also we have patent for invention and patent for utility models.

    Advantages

    1. Scratch resistance
    Anti-scratch film is coated with a special layer that provides a high level of scratch resistance. It helps protect the laminated surface from everyday wear and tear, ensuring that the printed materials remain intact and presentable for a longer period.

    2. Durability
    The anti-scratch coating on the film enhances the durability of the laminated items, making them more resistant to scratches, scuffs, or damage caused by friction or rough handling.

    Anti-Scratch Thermal Lamination Film2(1)

    Specification

    Product name Anti-scratch thermal lamination matt film
    Thickness 30mic
    18mic base film+12mic eva
    Width 200mm~1700mm
    Length 200m~4000m
    Diameter of paper core 1 inch(25.4mm) or 3 inch(76.2mm)
    Transparency Transparent
    Packaging Bubble wrap, top and bottom box, carton box
    Application Poster, magezine, luxury box, medicine box...paper printings
    Laminating temp. 110℃~120℃

    After sales service

    Please let us know if there's any problem after receiving, we will pass them to our professional technical support and will try to help you to solve.

    If the problems are still unresolved, you can send us some samples(the film, your products which have problems with using the film). Our professional technical inspector will check and find the problems.

    Storage indication

    Please keep the films indoor with cool and dry environment. Avoid high temp, moist, fire and direct sunlight.

    It's best used within 1 year.

    储存 950

    Packaging

    There are 3 types of packaging for thermal lamination film: Carton box, bubble wrap pack, top and bottom box.

    包装 950

    Thermal lamination film product Q&A

    1. What is thermal lamination film?

    Thermal lamination film is widely utilized in the printing and packaging field for protecting and improving the appearance of printed items. It is a multi - layer film, typically consisting of a base film and an adhesive layer (EKO uses EVA). During the lamination process, the adhesive layer is activated by heat, resulting in a firm bond between the film and the printed material.

    2. How to use thermal lamination film?

    Using thermal lamination film is a relatively simple process. Here are the general steps:
    a) Prepare the printing material: Make sure the printing material is clean and free of any dust or debris.
    b) Setting up your laminator: Follow the instructions that came with your laminator for proper setup. Adjust the temperature and speed settings according to the type of thermal lamination film you are using.
    c) Loading Film: Place one or more rolls of hot laminating film on the laminator, making sure they are properly aligned.
    d) Feed the printed material: Insert the printed material into the laminator, making sure it is aligned with the film.
    e) Start the lamination process: Start the machine to start the lamination process. Heat and pressure from the machine will activate the adhesive layer, bonding the film to the printed material. Make sure the laminate comes out the other end of the machine smoothly.
    f) Trim excess film: After lamination is complete, use a cutting tool or trimmer to trim excess film from the edges of the laminate, if necessary.

    3. How many types of thermal lamination film does EKO have?

    BOPP thermal lamination film
    PET thermal lamination film
    Digital super sticky thermal lamination film series
    Thermal lamination film for inkjet printing series
    Low temperature thermal lamination film
    Soft touch thermal lamination film
    Anti-scratch thermal lamination film
    BOPP thermal lamination film for food preservation card
    PET metalized thermal lamination film
    Embossing thermal lamination film
    etc.
    For other products using in printing industry, there are digital hot sleeking foil, DTF film & DTF paper, thermal transfer ribbons, etc.

    FAQ

    Why to choose anti-scratch thermal lamination film?

    In the process of transportation, the surface of the printing materials may be easily scratched due to mutual friction, which will greatly reduce the effect of the final product. The anti-scratch film can better solve the problem that the packaging surface is easy to be scratched.

    Why there's no obvious difference between anti-scratch thermal lamination film and normal matt film surface?

    The anti-scratch film is made of BOPP matte film, which is treated with a surface anti-scratch coating. The coating is transparent, so there is no obvious difference in surface observation.


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