Anti-glare glass(AG Glass) Manufacturer&Supplier from China. VGC Anti-Glare Glass also known as non-reflective glass or low-reflection glass, has a lower reflection ratio compared to ordinary glass, with the light reflection rate reduced from 8% to below 1%.
The Advantages of VGC in Anti-Glare Glass
VGC Anti-Glare Glass(etched AG glass) is produced in large volumes by a professional R&D team with 15 years of experience in the etched glass industry. We have mastered the core technologies of etching formulas and processes. Our strong R&D team can adjust technical parameters according to customer requirements. With automated production equipment, we have the capability for stable mass production, ensuring both quality and timely delivery.
With a strong commitment to innovation and standardized production, we bring extensive etching experience to every project. Since our establishment, we have continuously provided global customers with high-quality products and comprehensive system solutions, along with professional technical support. The company has earned several certifications, including the national 3C compulsory certification, ISO 9001:2015 quality management system certification, and the Consumer Satisfaction Product Certificate, among others.
Customer Service and Engineering Support
Most glass suppliers only provide you with a price, but VGC offers a complete set of solutions. We specialize in custom processing and offer a wide range of parameter adjustments to meet your specific needs.
Optical Parameters and Interrelationships of Anti-Glare Glass
The factors that influence the anti-glare effect of glass mainly include material transmittance, reflectivity, surface roughness, glossiness, and haze. Their interrelationships are shown
- Glossiness: This is primarily used to measure the AG effect, with a typical range of 20-110%.
- Haze: This measures the fogging effect of AG glass, which is inversely proportional to glossiness to some extent.
- Surface Roughness: This measures the roughness of the AG glass surface’s diffuse reflection points, typically ranging from 0.06-0.25µm.
Key Relationships:
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Glossiness vs. Haze: Glossiness and haze are inversely proportional. The higher the glossiness, the lower the haze. Glossiness is directly proportional to clarity—higher glossiness results in higher clarity.
Anti-glare glass Glossiness vs. Haze
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Glossiness vs. Roughness: Glossiness is inversely proportional to roughness. For the same piece of glass, lower glossiness results in higher surface roughness. Rougher surfaces increase light diffusion. Reducing glossiness and increasing roughness can help lower the light’s flash points. However, increasing roughness doesn’t always guarantee a reduction in flash points, as they can also arise from other factors.
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Glossiness vs. Flash Points: Glossiness and flash points are directly proportional. The lower the glossiness, the fewer the flash points. When the particle span size is matched to the display pixel density, rougher surfaces enhance light diffusion, which can reduce the occurrence of flash points. As next-generation displays continue to increase their resolution requirements, flash points will be more heavily scrutinized.
Glossiness vs. Flash Points
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This explanation highlights how various optical properties of AG glass interact to influence its anti-glare and clarity performance, providing essential insights for optimal glass selection and application in different display technologies.