3M Ceramic IR Automotive Window Tint
Rejects up to 66% of total solar energy and provides up to 95% infrared rejection*, reducing the feel of the sun’s heat on your skin for optimal thermal comfort
Provides great infrared heat rejection due to the absorptive nano-ceramic technology
Non-metalized film won’t interfere with electronics, satellite radio, GPS or mobile devices, including 5G
Specifications
Terms to know
- TSER – Total Solar Energy Rejection: The percentage of total solar energy rejected by filmed glass. The higher this value, the less solar heat is transmitted.
- VLT – Visible Light Transmitted: The percentage of visible light that passes directly through filmed glass: the higher the number, the lighter the film.
- Ultraviolet Rejection: The percentage of ultraviolet (UV) light that is rejected by the filmed glass. UV light contributes to the fading and deterioration of fabrics and leather.
- IRR – Infrared Rejection*: The percentage of solar infrared energy rejection over the wavelength range from 900-1,000 nm. Infrared rays are primarily responsible for the heat you feel when driving
- Glare Reduction: The percentage by which visible light is reduced by the addition of film. Data shown is the estimated performance of film applied to ¼” (6mm) thick, 73% VLT automotive green glass. Data is for reference only.
Limited Lifetime Warranty: Sold and installed by professional 3M Authorized Dealer Installers and backed by a limited lifetime warranty.
Data should be used as a reference tool for net VLT on ¼” (6mm) thick, automotive green glass of 73% VLT, and testing is in accordance to ANSI/NFRC 200 Procedure.
*IRR – Percent of solar infrared energy in the 900 – 1,000 nm wavelength range that is rejected by the film. Measurement is made of film with liner alone (i.e. no glass).
**IRER – Percent of solar infrared energy that is rejected over the wavelength range from 780 – 2,500 nm. IRER takes into account the transmitted and absorbed IR energy that will be reradiated into a car. Data shown is for the performance of film applied to glass.