Supreme offers a stylish appearance and a new dimension in solar protection for enhanced driving comfort. The Supreme driving experience is a result of the film’s ability to block up to 58% of total solar energy and more than 99% of ultraviolet light. This ensures optimum heat control and solar protection like no other. Supreme offers an extensive range of shades including the darkest window film on the market with only 4% visual light transmittance.




Specification Supreme 70Supreme 50Supreme 40Supreme 28Supreme 15Supreme 8
Visible light transmittance % 73%50%40%27%15%8%
Visible light reflectance (exterior) % 8%6%6%5%5%5%
Visible light transmittance on auto glass % 61%42%33%23%13%6%
UV light blocked (300 to 380 nm) % >99%>99%>99%>99%>99%>99%
Total solar energy rejected % 23%28%32%36%40%44%
SIRR - Selective Infrared energy rejected %1 17%21%21%24%29%34%
IRER - Infrared energy rejected %2 22%23%24%25%27%30%

Performance Notes:

  • Performance results are calculated using NFRC methodology and LBNL Window software, and are subject to variations within industry standards and only intended for estimating purposes. This data is provided for informational purposes only and are subject to normal manufacturing variances.
  • Performance results based on film applied to ¼” (6mm) clear glass and a representative automotive glass with a base visible light transmission of 75%. Due to variations in glass performance, these values should not be used to comply with local tinting laws.


  • [1] SELECTIVE INFRARED REJECTION (SIRR) The percent of "film only" transmitted infrared energy (780 nm to 1700 nm) measured using the Solar Spectrum transmission meter (model # SS2450). The higher the number, the less infrared directly transmitted.
  • [2] INFRARED ENERGY REJECTION (IRER) The percent of infrared energy (780 nm to 2500 nm) that is directly reflected and absorbed and radiated outwards. Calculated as 1 – SHGC (780 nm to 2500 nm) using Lawrence Berkeley National Laboratory (LBNL) Window software and NFRC 200 solar spectrum from 780 nm to 2500 nm. The higher the number, the more infrared energy reflected and absorbed and released outwards. IRER is the endorsed calculation method of IWFA.