If you are looking for the ultimate in high technology, superior clarity and performance with a premium look – then 3M™ Crystalline Automotive Window Films feature a proprietary, multilayer optical film technology that combines over 200 layers in a film that is thinner than a Post-it® Note. This unique technology is the reason a clear film can reject more heat than darker films, without changing your car's appearance.
With the new 3M™ Ceramic Series Films, we bring you the two virtues that are most important: outstanding clarity and superior heat reduction. By using advanced ceramics and not traditional metals or dyes, our film retains its color and appearance over time. The 3M Ceramic Series Films will look good not just the first year, but for years to come.
Don't settle for anything less! 3M Color Stable's appearance rivals tinted factory glass, never turns purple, and provides high heat rejection with no signal interference! 3M's revolutionary nano-carbon polyester provides an incredible look and amazing color stability.
3M™ Obsidian Series incorporates 3M’s Patented Infuse Technology providing better durability, color retention and fade resistance than many dyed films. Obsidian also provides strong heat rejection, low reflectivity and protection from ultraviolet (UV) rays so you can look and stay cool.
FX HP gives a hot look on the outside, but is cool and private on the inside. A hybrid of two film technologies, FX HP combines a dyed film with a metalized film to provide additional heat rejection and improved comfort. FX HP is an economical window film alternative that provides excellent heat rejection without sacrificing quality. Because FX HP incorporates a metalized film, it may have slight interference with wireless signals.
Black Chrome utilizes a metalized film technology, providing maximum heat rejection and significantly improved comfort. This same metal layer creates a unique look to your vehicle, with higher exterior reflectivity. Because Black Chrome utilizes a metalized film technology, it may interfere with wireless signals.