Ceramic Nano Window Tint IRR 95% UVR 99% For Car Window IR Series

The high heat insulation of ceramic film is mainly due to the following reasons:
Special material characteristics:
Selective filtering of the solar spectrum: Ceramic films contain substances such as indium tin oxide and titanium nitride. These substances have the function of selectively filtering the solar spectrum. They can specifically absorb or reflect specific wavelengths in solar radiation, especially the heat-generating parts such as infrared and ultraviolet rays. For example, indium tin oxide ceramic film has a higher transmittance in visible light and a stronger blocking rate for near infrared, which can effectively reduce the heat entering the vehicle and thus achieve good heat insulation effect.
Low emissivity: Ceramic films have a lower emissivity, which means it can re-radiate the absorbed heat at a lower rate. After most of the heat is absorbed by the ceramic film, it will be "trapped" inside the film instead of being radiated back into the vehicle again, thereby reducing the heat transfer and improving the heat insulation performance.
Advanced production process:
Application of nanotechnology: Nano-ceramic films adopt advanced nanotechnology to control the size of ceramic particles at the nanometer level. Nanoscale ceramic particles have a larger specific surface area and higher surface activity, and can interact better with solar radiation, enhancing the ability to block and absorb heat. Moreover, the nano-structure can also make the optical performance of the film more excellent, ensuring high definition and achieving efficient heat insulation at the same time.
Uniform film structure: During the production process, through precise process control, ceramic films can form a uniform and dense film structure. This structure can effectively block the transfer of heat and prevent heat from entering the vehicle through the pores or defects of the film layer. In contrast, the film structure of some inferior films is uneven and there are pores or defects, and the heat insulation effect will be greatly reduced.
Good optical performance:
High transparency and low internal reflection: Ceramic films have extremely high transparency and can allow enough visible light to pass through, ensuring clear vision for drivers. At the same time, its internal reflectivity is low and it will not produce strong reflections like some metal films, affecting driving safety. Low internal reflection also means that the film can better absorb and block heat, because less heat is reflected out and more heat is absorbed by the film or blocked outside the vehicle.
Reducing glare interference: Ceramic films can effectively reduce glare interference from light sources such as the sun and car lights. Glare will make the driver's eyes uncomfortable, affect the line of sight and increase driving risks. Ceramic films reflect or scatter glare through a special optical structure to reduce its impact on drivers, thereby indirectly improving driving comfort and safety, and also helping to reduce the increase in vehicle interior temperature caused by glare.