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  • 3M™ Light Enhancement Film 3635
  • 3M™ Light Enhancement Film 3635

    3M ID 7000026506UPC 00051128522721
    • Film with very low light absorption to increase sign luminance
    • Extremely high reflectivity of approximately 94-96 %
    • Even spread of illumination across the entire sign face
    • Comes with blue surface protection film that can be removed after application
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    Specifications
    Adhesive Content
    Solvent acrylic
    Adhesive Type
    Pressure-sensitive
    Applications
    Illuminated Signs
    Application Surface
    Flat
    Film Type
    Cast
    Max. Durability
    5 years
    Performance Level
    Premium
    Product Usage
    Exterior, Interior
    Size
    1.22 m x 45.7 m
    Substrate Type
    Aluminium
    Surface Finish
    Matte
    Product Details
    • Film with very low light absorption to increase sign luminance
    • Extremely high reflectivity of approximately 94-96 %
    • Even spread of illumination across the entire sign face
    • Comes with blue surface protection film that can be removed after application
    • Dry application only

    3M™ Light Enhancement Film 3635 is a matte white, highly diffusing, 140 µm reflective cast film with a clear, permanent adhesive. It’s designed for use on inside flat surfaces of internally illuminated signs to maximise the internal reflection of available light.

    Maximise the internal reflection of light in illuminated signs to increase brightness with 3M™ Light Enhancement Film 3635. Our matte white, highly diffusing reflective cast film is 140 µm and comes with a clear, permanent adhesive. It provides extremely high reflectivity of approximately 94-96 %, increasing luminance even more than most reflective materials, including mirrors. It’s designed for application on to the inside of internally illuminated signs to maximise the internal reflection of available light, with up to 7 years durability. With this film neon tubes can be often be reduced in length, or less fluorescent tubes can be used, resulting in lower component costs and energy consumption.

    Suggested Applications

    • Maximising the internal reflection of light in illuminated signs