Anti-glare optical coating is based on the principle of sol-gel process, using high-fine spraying technology, sprayed on the glass surface to form nanometer crater island-like structure, diffuse reflection of incident light, to achieve anti-glare effect. After curing, the coating is a pure inorganic material with excellent wear resistance and weather resistance. Widely used in commercial display, car, laptop and tablet cover glass.

The CG 4 series is an anti-reflective coating on one or both sides based on an optical interference coating for technical applications such as front panels of visual displays, touch monitors, televisions, display panels, public displays. The multilayer coatings are applied by means of a wet chemical process (sol-gel) in dip-coating technology. The glass substrate can be soda-lime, aluminium-silicate and ultra-white glass, etc. Wet anti-reflective glass is the only type of glass that can be chemically strengthened with anti-reflective coatings.

CG501 is specially designed for low temperature curing process, suitable for roll coating, dip coating and other coating processes, the average transmittance gain on one side ≥ 2.0% (380-780nm).

CG601 forms nano holes on the glass surface by dipping coating, which produces light trapping effect and achieves transmission gain. CG601 AR coating solution has no edge effect.

Electronic glass Anti-Corrosion coating is a high density inorganic coating, through sol-gel technology, forming a layer of ionic barrier on the glass surface, effectively preventing the precipitation of Na+, Ca+ and other alkali metal ions inside the glass, to achieve the effect of preventing corrosion of glass.

Electrochromism (EC) is a phenomenon in which a material displays changes in color or opacity in response to an electrical stimulus. In this way, a smart window made of an electrochromic material can block specific wavelengths of ultraviolet, visible or (near) infrared light, which can be widely used as glass shading, heat insulation and privacy protection.

Electronic Glass Impact Coating is a coating technology specifically designed to enhance the impact resistance of electronic glass. This coating not only effectively protects glass from minor impacts and scratches in daily use but also maintains its performance and stability in extreme environments. Main functions Improve impact resistance: By using special coating materials and processes, significantly enhance the impact resistance of electronic glass. Protect internal structure: Prevent to the internal structure caused by impact, and extend the service life of electronic products. Technical features Nanomaterial application: Coating technology may involve the addition of nanomaterials, further enhancing the strength of electronic glass. High-performance polymers: Advanced polymer materials are used as the base of the coating, which not only have excellent impact resistance but also possess good corrosion resistance Coating process Slot coating: Slot coating technology is a high-precision coating technology that applies paint to electronic glass through extremely fine nozzles and high-precision coating systems. The core of this technology lies in its ability to achieve high-precision, high-efficiency, and high-quality coating operations. Application Fields Electronics Industry: impact-resistant coatings are widely used in the screen protection of smartphones, tablets, laptops and other devices. It can effectively prevent the screen from breaking during daily use. Home Appliance Industry : the application of impact coatings is becoming increasingly widespread. This coating not only improves the durability and safety of products but also enhances the user experience.