Intelligent spectral filtering, specifically targeting the directional blocking of high-energy short-wave blue light from 415 to 455nm. With a transparency rate of 95%, the light transmittance is nearly that of a bare screen, with no detail loss. Certified by TUV SGS, the quality is reliable.
High-efficiency blue light protection - Precisely filters out 45% of harmful blue light
High transparency without yellowing - Exclusive optical technology blocks blue light while maintaining the original color of the screen
AR anti-reflection - eliminates glare interference, ensuring clear visibility even in strong light
TUV Authoritative Certification - Passed 12 strict tests including explosion-proof, light transmittance and blue light filtering by TUV Rheinland of Germany
SGS Authoritative Certification - Passed multiple rigorous tests by the international testing institution SGS, including impact resistance, light transmittance, blue light filtering efficiency, etc
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Blue light is high-energy short-wave blue light with a wavelength of around 435-440 nanometers in visible light. It mainly comes from sunlight, electronic screens (such as mobile phones and computers), and LED lamps. At present, the scientific community generally believes that prolonged exposure to high-energy blue light may cause damage to retinal cells and may interfere with the body's circadian rhythm. Short-term effects may lead to visual fatigue and dry eyes, while long-term excessive high-energy blue light may accelerate oxidative damage in the macular area of the retina
Intelligent spectral filtering - Specifically targeting the directional blocking of high-energy short-wave blue light at 415-455nm, it retains beneficial light, ensuring the screen colors remain vivid. The transparency rate is 95% - with a light transmittance close to that of a bare screen. When watching TV series, playing games, or editing photos, details are not compromised, and the visual experience is not compromised
Adopting advanced AR (Anti-Reflective) technology, it precisely regulates the light propagation path by coating multiple layers of high and low refractive index materials on the surface of the tempered film. When light shines on the membrane, the reflected light from the surface and the interior interfere and cancel each other out, significantly weakening the intensity of the reflected light. The reflectivity of ordinary tempered film can reach 10% or even higher under strong light, while AR frosted tempered film can reduce the reflectivity to 1% - 3%, thus solving the reflection problem easily
With a light transmission rate of over 95%, the screen brightness is elevat-ed to new heights. The ultra-thin 0.2mm glass substrate ensures a light transmission rate of ≥95%, delivering true-to-life color display without any color distortion. Enhanced by AR (Anti-Reflective) technology, every detail remains crystal clear even under strong light conditions, providing an upgraded visual experience.
One-second application -Electrostatic adhesion for automatic air release, a boon forDual protection -30°privacy viewing angle +9H scratch and wear resistance. Fully compatible - Supports Face ID, compatible with curved screens (choose the 3D thermal bending version if needed). Note:Slightly affects brightness, it is recommend-those who are not dexterous.ed to use auto-adjustment
Utilizing high-temperature ion exchange technology, a dense and hard-ened layer is formed on the surface of the glass, achieving a Mohs hardness of 9H. Laboratory tests have shown that the glass can withstand over 10,000 cycles of steel wool friction without any scratches. Advanced nano-coating technology fills the extremely fine pores on the glass surface, making it even smoother and adding an extra layer of protection to the tempered glass film's scratch resistance.
It adopts ion tempering technology, with a surface hardness of 9 on the Mohs scale (diamond level). It leaves no marks when scratched by keys or sand and stones. The screen remains as transparent as new. Even when dropped from a height of 2 meters with a 64G iron ball, it does not break (laboratory test data). Even if accidentally dropped, it can effectively protect the screen from damage, giving you a full sense of security. The surface of the tempered film is covered with a nano-coating, which not only enhances the oil and water repellency of the tempered film, making the screen easier to clean and preventing fingerprints and oil stains from adhering. Meanwhile, the nano-coating can also enhance the toughness of the tempered film, further improving its explosion-proof performance.
Utilizing high-temperature ion exchange technology, a dense and hard-ened layer is formed on the surface of the glass, achieving a Mohs hardness of 9H. Laboratory tests have shown that the glass can withstand over 10,000 cycles of steel wool friction without any scratches. Advanced nano-coating technology fills the extremely fine pores on the glass surface, making it even smoother and adding an extra layer of protection to the tempered glass film's scratch resistance.
Embedded Positioning Design:Precision Molding and Dynamic Calibration:The film is designed using real-device molds and dynamic calibration. The 3D laser scanning technology captures the exact curvature of the device. L-Shaped Positioning Frame: The film features an "L-shaped positioning frame" that perfectly matches the edges of the phone. Users simply align the frame, and the film automatically adheres to the correct position.High-Adhesion Full Adhesive Layer (Adhesion>1500g/25mm):Dynamic Air Exhaust Channels: The adhesive layer contains a honey-comb-like micro-porous structure. When applying the film, gently pushing with your fingers guides the air bubbles to the edges, allowing the adhe-sive to fill in any minor screen irregularities. Bubble-Free Result: After application, there are no air bubbles left, ensur-ing a seamless and perfect fit.
The thickness of tempered film is mostly 0.2-0.3mm (mainstream), and some high-end models can reach 0.15mm. The touch delay is almost negligible (< 5ms). High-quality AF layers (such as nano-scale silica coating) can reduce the coefficient of friction (sliding resistance < 5g), making finger sliding smoother and reducing fingerprint residue. The anti-static coating reduces dust adhesion on the screen. It indirectly enhances sensitivity, and the touch smoothness is consistent with that of a bare screen
