Ceramic IR Series

ULTRA COOL NANO PARTICLE 1.5 MIL DUAL PLY CERAMIC IR FILM

Our very best series is engineered by adding very small nano particles of ceramic as well as IR inhibitors into the film which results in superior infrared heat rejection. Nufilm Carbon Ceramic IR features a 1.5 mil, dual ply, carbon nano-ceramic construction with Infrared Rejection of approximately 85%. This means increased comfort and ultimately a safer and more comfortable driving experience.

Available VLT’s 5%, 15%, 20%, 35%, 50%, 70%

Category:

Description

Ceramic IR VLT TSER IRR VLR(1) VLR(E) UVER
IR5B 6 78 93 5 5 99
IR15B 15 68 84 5 5 99
IR20B 20 66 83 5 5 99
IR35B 36 55 73 6 5 99
IR50B 49 44 61 6 6 99
IR70B 69 32 50 8 8 99
IRR: Infrared Rejection 0.9-1.0 nm

Additional information

Visual Light Transmission (VLT)

Percentage unit that describes how much light the film will allow through . The higher the VLT percentage, the more light goes through, the lower the percentage, the less light goes through.

Solar Heat Gain Coefficient (SHGC)

This is the fraction of solar heat that enters a glazing system and becomes heat. U values are used primarily by the glazing and window film industries to describe heat loss through glass.

Total Solar Energy Rejection (TSER)

Measures the heat rejected by window films. The heat entering through the window is comprised of several different components- 44% visible light, 53% infrared radiation, and 3% ultraviolet energy. The TSER takes into account each part to create a total percentage of heat rejection.

Infrared Rejection (IRR)

Infrared light is primarily responsible for the heat you feel when inside a car, so the higher the percentage of rejection, the higher the level of infrared rays rejected. … The higher the percentage value, the less solar heat is transmitted into the cabin.

Visible Light Reflectance (VLR 1)

Is the measurable amount of visible light that is reflected out by a glazing system.

Ultra Violet Rejection (UVR)

The percentage or the degree of UV radiation that is deflected when passing through the glazing system.

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