3M Ceramic Window Films

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What Causes Fading

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With the new 3M Ceramic Series films, we bring the three virtues that are most important: low reflectivity, high clarity and outstanding heat reduction.  So you'll save energy while keeping your interior cool and looking beautiful,

Using Nanotechnology 3M has created ceramics so fine they are not only invisible to the naked eye, they are imperceptble with an ordinary microscope.  These ceramics allow 3M to create a film that is tough, won't corrode and is so clear your view will remain beautiful.

The new 3M CM Ceramic Series delivers stellar performance against solar heat and sunlight.  3M's spectrally films reject up to 80% of the sun's infrared light to reduce energy costs; while also blocking more that 99% of the sun's harmful ultra-violet(UV) rays to reduce fading.
 
No metals or dyes 
 
3M Ceramic Series will look good not just the first year, but for years to come.  Sputtered  metal films can corrode, often changing color on the edges.  Films that rely on dyes are prone to fading over time, changing to a purplish hue.  By using advanced ceramics, 3M's film retains its color and appearance over time. 
Protection from the sun
Creating a beautiful home of office takes an investment of time and money.  Damaging ultra-violet(UV) rays from the sun can ruin that investment, fading your fabrics, photos, artwork, wood carpet and wall paper.  But, because 3M's advanced film blocks over 99% of UV rays, you can fully enjoy your beautiful interiors for years to come.
  
 Amazing clarity and low reflectivity  
    
In addition to its low reflectivity that doesn't detract from the beauty of your architecture, one of the Ceramic Series most impressive characteristics is its amazing clarity.  Day or night, 3M's films has clarity that rivals glass.
  
 Performance Data
  
Ceramic Series CM 30CM 40CM 50
     
Visible Light transmitted36%44%53%
 
Total solar energy rejected59%53%47%
     
Infrared heat rejected84%78%68%
     
Visible light reflected Int. 14%12%10%
     
Visible light reflected ext. 17%14%12%
     
UV light rejected 99%99%99%
     
Glare reduction 60%50%40%