BYG.GLASS
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In the processing technology dimension, it covers spraying AG, coating AG and chemical etching AG three types. AG glass (Anti-Glare glass) effectively builds a coating or modifies the surface to achieve an anti-glare effect, dispersing reflective haze and upgrading visual effects for users across various displays.
Relies on a spray gun or dish atomizer to evenly spread optical astigmatism particles on the glass surface. This process is simple, fast, and efficient, but particle fineness is lower and friction resistance is weak.
Uses atomization coating technology to attach specific materials. It achieves anti-reflection through clever light absorption and deflection. Commonly used in rearview mirrors and navigation instruments.
Uses a mixed acid preparation (HF hydrofluoric acid) for a chemical reaction. This creates a matte diffuse reflection state that is anti-corrosion, anti-scratch, and has a product life equal to reinforced glass.
AG glass can be seen everywhere. In the mobile phone industry, high-end flagship models like the iPhone 11 Pro, OnePlus 7T Pro, and Mi 10 Pro use chemical etching AG for a charming frosted texture that is fingerprint-resistant and anti-slip.
Beyond consumer electronics, museums utilize AG glass as art protective covers to ensure audiences appreciate cultural relics without reflective interference. Advanced picture frames also use it to sublimate the display effect of paintings.
While high costs currently pose a challenge, especially for curved glass, continuous technological advancement and R&D investment are paving the way for AG glass to shine in more fields.
