Ceramic particles in window tint work by using nanotechnology to enhance the performance of the film. These ceramic particles are typically made of non-metallic, non-conductive materials that have excellent heat-absorbing properties. When sunlight hits the ceramic window tint, the particles in the film absorb a portion of the solar energy. This process helps to reduce the amount of heat that enters a vehicle or building, keeping the interior cooler and more comfortable. Additionally, ceramic particles are effective at blocking out harmful UV rays, helping to protect the occupants and interior surfaces from sun damage. The advanced technology of ceramic particles in window tint also allows for high levels of clarity and visibility, making it a popular choice for those looking to enhance the performance and aesthetics of their windows.
Ceramic Tint Specs
5%
Total Solar energy transmitted: 5%
Total solar energy reflected: 6%
total solar energy absorbed 83%
total solar energy rejected 66%
Visible light transmitted 5%
Visible light reflected 6%
Shading coefficient .39
UV transmittance 1%
glare reduction 95%
Infrared rejection 85%
Ceramic Tint Specs
20%
Total solar energy transmitted 17%
total solar energy reflected 6%
total solar energy absorbs 77%
total solar energy rejected 64%
Visible line transmitted 20%
visible light reflected 6%
Shading coefficient .43
UV transmittance 1%
Glare reduction 78%
infrared rejection 85%
Ceramic Tint Specs
35%
Total solar energy transmitted 24%
total solar energy reflected 6%
total solar energy absorbs 70%
total solar energy rejected 59%
visible light transmitted 36%
visible light reflected 7%
shading coefficient .5
UV transmittance 1%
Glare reduction 60%
infrared rejection 84%
Ceramic tint specs
55%
Total solar energy transmitted 35%
total solar energy reflected 7%
total solar energy absorbed 58%
total solar energy reject is 50%
visible light transmitted 54%
visible light reflected 8%
shading coefficient .59
UV transmittance 1%
Glare reduction 41%
infrared Rejection 83%
Ceramic tint specs
70%
Total solar energy transmitted 38%
total solar energy reflected 7%
total solar energy absorbed 55%
total solar energy rejected 47%
visible light transmitted 69%
visible light reflected 8%
hading coefficient .61
UV transmittance 1 %
Glare reduction 24%
infrared rejection 85%
Ceramic Plus Specs
5%
Total solar energy transmitted 4%
total solar energy reflected 6%
total solar energy absorbed 90%
total solar energy rejected 71%
visible light transmitted 5%
visible light reflected 6%
shading coefficient .34
UV transmittance one percent
glare reduction 95%
infrared rejection 98%
Ceramic Plus Specs
20%
Total solar energy transmitted 10%
Total solar energy reflected 6%
Total solar energy absorb 84%
Total solar energy rejected 66%
Visible light transmitted 18%
Visible light reflected 7%
Shading coefficient .39
UV transmittance 1%
Glare reduction 80%
infrared rejection 97%
Ceramic Plus Specs
35%
total solar energy transmitted 20%
total solar energy, reflected, 6%
total solar energy absorbs 74%
total solar energy rejected 59%
visible light 38%
visible light reflected 7%
shitting coefficient .47
UV transmittance one percent
Glare reduction 58%
infrared rejection 96%.
Ceramic Plus Specs
55%
Total solar energy transmitted 29%
Total solar energy reflected 6%
Total solar energy absorbed 65%
Total solar energy rejected 53%
Visible light transmitted 57%
Visible light reflected 80%
Shading coefficient 5%
UV transmit one percent
Glare reduction 37%
Infrared red rejection 97%
Ceramic Plus Specs
70%
Total solar energy transmitted 29%
Total solar energy reflected 6%
Total solar energy absorbed 65%
Total solar energy rejected 53%
Visible line transmitted 57%
Visible light reflected 8%
Shading coefficient .54
UV transmittance one percent
Glare Reduction 37%
Infrared rejection 97%
The secret of success
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