Sunrise, Sunset

HP Supreme

The best-of-the-best in a hybrid film. A color-stable metal hybrid with excellent solar heat-rejecting performance. Backed by a lifetime warranty, HP Supreme also offers superior optical clarity with one of the darkest VLTs available at 4%.

Key Benefits

  • Guaranteed against fading or color change
  • High heat rejection
  • Excellent glare reduction
  • Blocks more than 99% of the harmful UVA and UVB rays
  • Available in seven shades
  • Limited lifetime warranty
Specification HPSupreme 42HPSupreme 35HPSupreme 30HPSupreme 22HPSupreme 16HPSupreme 10HPSupreme 4
Visible light transmittance %44%35%31%25%17%9%5%
Visible light reflectance (exterior) %10%8%9%7%6%5%5%
Visible light transmittance on auto glass %37%29%26%21%14%8%4%
UV light blocked (300 to 380 nm) %>99%>99%>99%>99%>99%>99%>99%
Total solar energy rejected %44%45%49%48%50%53%55%
SIRR - Selective Infrared energy rejected %149%44%56%51%54%56%61%
IRER - Infrared energy rejected %244%44%48%46%45%46%48%

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.

Definitions:

  • [1] SELECTIVE INFRARED REJECTION (SIRR) The percentage of infrared energy (780–1700 nm) blocked by the film alone, measured with the SS2450 Solar Spectrum meter.
  • [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.