Walls » Glass & Wall Films
CUBE offers several 3M solutions which fall under two categories:
- Interior Decorative Films
- Exterior Decorative Films
Interior Decorative Films
With enhanced privacy and aesthetics – blended with innovative design solutions and state of the art technology – 3M™ Interior Glass Décor Films provide shatter resistance and sun-control properties.
Apply 3M™ Fasara™ Decorative Window Films to glass to create beautiful privacy screens, partitions and architectural statements at a fraction of the cost of etched glass. Best of all, when styles change you can update the look without replacing the window.
Fasara films feature:
- Light Dispersion/Glare Reduction
- Fade Control (Blocks 99% of the sun’s UV light)
- Increases Safety (Helps to hold broken glass in place)
Fasara films can be used in a variety of applications including, conference rooms, offices, curtainwall glass and hallways and stairways.
Learn more here…
Exterior Decorative Films
3M™ Exterior Decorative Films offer many advantages over etched glass windows whilst enhancing the overall aesthetics and ensuring privacy. Designed to meet customer requirements and preferences for diverse applications in the industry, 3M™ Decorative Films are scratch resistant, easy to maintain and available in a wide array of patterns. Glass fitted with 3M™ Decorative Films improve the visibility of sliding doors, reduce glare and protect against UV rays – elegant, easier to install and cost-effective.
Applications
- Office and vehicle windows
- Architectural window graphics
- Graphics for non-regulated vehicle windows
- Metal areas with less than 2 inches wide between windows that are covered with 3M brand vinyl graphic film or are painted
- Over laminate 8914 is required for graphic protection
3M™ DI-NOC™ for Exteriors are decorative wall coverings for exterior applications. 3M provides architectural finishes or films with diverse choices in terms of colors, designs, textures and finishes, ensuring unlimited options to work creatively and cost-effectively compared to conventional materials.
Learn more here…