The heat insulation principle of titanium nitride metal magnetron window film lies in its unique material structure and preparation process. During the magnetron sputtering process, nitrogen reacts chemically with titanium atoms to form a dense titanium nitride film. This film can efficiently reflect infrared radiation in sunlight and effectively prevent heat from entering the car. At the same time, its excellent light transmittance ensures sufficient light in the car and a wide field of vision without affecting driving safety.
Titanium nitride, as a synthetic ceramic material, has excellent electrical and magnetic stability. In the magnetron sputtering process, by precisely controlling the sputtering parameters and nitrogen flow rate, a dense and uniform titanium nitride film can be formed. This film not only has excellent heat insulation and UV protection properties, but more importantly, it has minimal absorption and reflection of electromagnetic waves, thus ensuring the smooth flow of electromagnetic signals.
The anti-ultraviolet principle of titanium nitride metal magnetron window film lies in its unique material structure and preparation process. During the magnetron sputtering process, by precisely controlling the sputtering parameters and reaction conditions, the titanium nitride film can form a dense protective layer that effectively absorbs and reflects ultraviolet radiation in sunlight. Experimental data shows that this window film can block more than 99% of harmful ultraviolet rays, providing nearly perfect protection for drivers and passengers.
Haze is an important indicator for measuring the uniformity and clarity of light transmission of window films. Automotive titanium nitride metal magnetron window films have successfully reduced haze to less than 1% by precisely controlling the sputtering process and reaction conditions. This outstanding performance not only means that the light transmittance of the window film has been greatly improved, but also means that the openness and clarity of the field of vision have reached an unprecedented level.