Custom Anti-Glare Glass & Non-Glare Glass

AG glass, or anti-glare glass, has a specially treated surface that diffuses reflected light instead of producing strong mirror-like reflections. The fine matte surface helps reduce visible glare and improve display readability under bright or complex lighting conditions.

Gloss and haze generally move in opposite directions. Lower gloss usually means higher haze and a stronger anti-glare effect, while higher gloss can provide better image clarity. The right balance depends on the display, viewing distance and lighting environment.

AG glass gloss should be evaluated with the actual display whenever possible. If both haze and image clarity meet the project requirements, a lower gloss can provide stronger glare reduction. Sample testing is recommended before the final specification is confirmed.

Common AG glass parameters include gloss, haze, surface roughness and light transmittance. Clarity or display resolution may also be evaluated to make sure the anti-glare treatment reduces reflections without unnecessarily reducing image quality.

Yes. AG glass can be chemically or thermally strengthened when the selected glass material and thickness are suitable. The anti-glare treatment is normally completed before the strengthening process.

The AG etched layer is very shallow. With a properly controlled process, the effect on overall glass strength is generally small. For applications with specific impact or strength requirements, the finished glass should still be evaluated according to the required specification.

Yes. AG glass can be screen printed with borders, logos, icons, masking areas and other functional patterns. Printing requirements should be reviewed together with the AG surface, ink system and final product structure.

Yes. AF coating can be applied to AG glass when improved fingerprint resistance and easier cleaning are required. Whether AF treatment is necessary depends on the AG surface, touch frequency and project requirements.

Neither option is universally better. Single-sided and double-sided AG glass provide different optical and surface characteristics, so the choice depends on the display structure, bonding method and required glare reduction. The final visual effect should be evaluated after assembly whenever possible.

AG etching is normally performed before strengthening. A typical process starts with AG treatment on the glass, followed by cutting, CNC machining or edge processing, cleaning, and then chemical or thermal strengthening according to the project requirements.