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  • 3M™ DI-NOC™ Architectural Finishes PS-096, 1220mm x 50M
  • 3M™ DI-NOC™ Architectural Finishes PS-096, 1220mm x 50M

    3M ID JR420079287
    • Aesthetics - DI-NOC architectural films resemble natural materials and other types of surfaces
    • Refurbish and Reuse - refresh the look of your existing assets quickly with DI-NOC films
    • 3M Comply™ Adhesive Technology virtually eliminates bubbles, simplifying and speeding application. Pressure-sensitive adhesive bonds powerfully to many application surfaces
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    Specifications
    Brand
    DI-NOC™
    Location
    Interior
    Overall Length (Metric)
    50 Metre
    Overall Width (Metric)
    1.22 Metre
    Product Code
    PS-096SR
    Style
    Pure Color
    Details

    3M™ DI-NOC™ Architectural Films are a decorative surface finish available in over 500 designs. From the warmth of wood grain to the sleek feel of metal, specify them and you won't think faux. 3M DI−NOC Films are durable, cleanable and flexible PVC films that features 3M’s Comply™ Adhesive air release technology for fast, easy and virtually bubble−free application. Use DI−NOC film in place of, or to enhance natural materials. These films have excellent adhesion and flexibility, allowing them to be used on flat or complex curved substrates, walls, furniture and fixtures. DI-NOC film is ideal for refurbishing and updating fixtures.

    DI-NOC Architectural Films are lightweight, self-adhering and can be applied on site to the existing substrate. Using DI-NOC Films can reduce your labour and material cost compared to using natural materials. With DI-NOC Films, you can create a whole new look quickly without compromising the aesthetics.

    • Aesthetics - DI-NOC architectural films resemble natural materials and other types of surfaces
    • Refurbish and Reuse - refresh the look of your existing assets quickly with DI-NOC films
    • 3M Comply™ Adhesive Technology virtually eliminates bubbles, simplifying and speeding application. Pressure-sensitive adhesive bonds powerfully to many application surfaces