Brand | 3M™ |
Overall Length (Imperial) | 100 ft |
Overall Length (Metric) | 30.48 m |
Overall Width (Imperial) | 60 in |
Overall Width (Metric) | 1524 mm |
Product Usage | Vehicles |
Size (Imperial) | 60 in x 100 ft |
Size (Metric) | 1524 mm x 30.48 m |
TDS Required | Yes |
Visible Light Transmittance | 90 % |
Window Tint | 90 % |
- Features a proprietary, multilayer optical film nano-technology that combines over 200 layers in a film
- Less reflectivity than traditional glass.
- Qejects essat futomotivem less sun
- Enhanced heat and UV protection.
- Blocks up to 99% of ultraviolet (UV) light to provide a total Sun Protection Factor (SPF) of 1000 for you and your passengers.
- Sold and installed by 3M Authorized Dealer Installers, our films are durable, virtually maintenance-free and backed by a limited lifetime warranty.
Reject heat, not looks. 3M™ Automotive Window Film Crystalline Series is a non-metallized film that performs better than other dark films, allowing you to reject heat so you need less air conditioning.
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.
- IRER – Infrared Energy Rejection**
The percent of solar infrared energy rejection 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.
- 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.