With aerospace-grade material technology as the core, it reshapes the automotive thermal insulation standard. Its core advantage comes from the unique structure of titanium nitride crystals - the perfect balance between high infrared reflectivity (90%) and low infrared absorption rate. Combined with the nano-level multi-layer matrix design, it builds an "intelligent spectrum selection system" to achieve a long-term thermal insulation effect that reflects heat from the source, breaking through the performance bottleneck of traditional heat-absorbing films.
In the era of smart cars and the Internet of Things, car window films must not only block heat, but also become a "transparent partner" for electronic devices. Through breakthroughs in material science, titanium nitride series car window films have completely bid farewell to the "signal cage" of traditional metal films, creating a zero-interference driving ecology for car owners.
Titanium nitride (TiN) window film can effectively block more than 99% of ultraviolet rays. With quantum-level material technology, it builds an optical protection system that surpasses traditional film materials. Its anti-ultraviolet performance is not only reflected in data parameters, but also achieves long-term protection through the essential characteristics of the material, providing medical-grade protection for drivers and passengers and vehicle interiors.
The low haze property ensures the pure light transmittance of the window film, reduces light scattering and refraction, and presents a crystal-clear visual effect. Whether it is the road details under strong light during the day or the halo control of car lights at night, it can maintain high-contrast clear imaging, avoiding the blurred images, ghosting or color distortion caused by high haze of traditional inferior films, so that drivers always have an "unobstructed" driving vision.