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Architectural Film : CQ Chrome

 CQ Chrome is a PVD E-Beam architectural tint with long fading durability. Nichrome is thinly-deposited on the film to minimize reflection while providing exceptional solar protection properties. It is more affordable than products of similar reflectivity and heat reduction in the industry. Users can lower energy consumption for air-conditioning during hot days with minimal shading of daylight.

 

Product Features

·       7-10 years of fading durability

·       Non-fading, no dyes added

·       Enjoy a cool and comfortable environment without a significantly darker tint

·       A lightly mirrored modern appearance from exterior

·       Affordable interior insulation solution with good shading coefficient

 

 

Specifications CQ Chrome 35 CQ Chrome 50
Visible Light Transmission (VLT) 36% 55%
Total Solar Transmittance 22% 37%
Total Solar Absorbance 56% 49%
Total Solar Reflectance 22% 14%
Visible Light Reflectance – Interior 26% 13%
Visible Light Reflectance – Exterior 30% 15%
Glare Reduction 60% 39%
Infrared Reduction (1000nm) 81% 68%
Infrared Reduction (1800nm) 95% 93%
Shading Coefficient 0.43 0.58
Solar Heat Gain Coefficient 0.37 0.5
Total Solar Energy Rejected 63% 50%
Ultraviolet Reduction (UV) 99% 99%

 

Architectural Film : CQ Dual-Reflective

Dual-Reflective films are the most popular type of architectural tint in many countries. CQ Dual-Reflective Series are a E-Beam Nichrome product (except CQ Dual-R50) with lower interior reflectivity. The exterior reflectivity is not only designed to maximize heat reduction, it also improves the aesthetic of the windows with a gun-metal colored appearance, instead of the traditional black or silver reflective outlook.

Product Features

·       7-10 years of fading durability

·       Metallized Nichrome tint with a reduced glare from interior

·       High Heat Reduction

·       Day-time privacy

 

Specifications                                                                       CQ Dual-R 15 Tungsten CQ Dual-R 35 Tungsten
Visible Light Transmission (VLT)     15% 33%
Total Solar Transmittance 21% 35%
Total Solar Absorbance 65% 51%
Total Solar Reflectance 14% 14%
Visible Light Reflectance – Interior 11% 11%
Visible Light Reflectance – Exterior ) 13% 15%
Glare Reduction 83% 63%
Infrared Reduction (1000nm) 72% 59%
Infrared Reduction (1800nm) 74% 62%
Shading Coefficient 0.44 0.56
Solar Heat Gain Coefficient 0.38 0.48
Total Solar Energy Rejected  62% 52%
Ultraviolet Reduction  (VLT) 99% 99%