A kind of preparation method of anti-glare glass

Abstract

The invention discloses a preparation method of anti-glare glass, comprising: S1, forming a patterned first photoresist layer on the structural surface of a glass substrate; S2, using the first photoresist layer as a mask, passing through the first photoresist layer Etching the glass substrate to a given depth by wet etching; S3, removing the first photoresist layer to obtain a glass substrate with a raised array on the structural surface; S4, forming a patterned second layer on the structural surface of the glass substrate Photoresist layer; S5, using the second photoresist layer as a mask, perform the second wet etching on the glass substrate to form an array of grooves on the structural surface of the glass substrate; S6, the second wet etched glass The substrate is cleaned, and the second photoresist layer is removed to obtain the anti-glare glass. The method is simple and controllable, has good process stability, and the prepared anti-glare glass has good microscopic flatness, high light transmittance, low reflectance, high gloss, stable performance parameters, and good performance equivalent to glass materials.

Description

technical field [0001] The invention belongs to the technical field of display screen glass, and in particular relates to a preparation method of anti-glare glass. Background technique [0002] Anti-glare glass is a special glass with low reflectivity and high transparency. Its English name is: Anti-glareglass. Viewing angle and brightness, reducing screen reflection, thus significantly improving the display effect. Anti-glare glass is mostly used in touch screens, display screens, touch panels, windows, etc. Products such as car navigation, instrumentation screens, mobile phones, computers, and advertising screens can all be applied to anti-glare glass. At present, the production of anti-glare glass is mainly based on two processes: making microstructures on the glass surface and coating the glass surface. The surface coating process often has a short service life due to the poor wear resistance of the coating itself. Therefore, more and more companies manufacture anti-gl...

AI Technical Summary

Problems solved by technology

The nano-scale surface microstructure can significantly improve the anti-glare performance, but because the anti-glare surface is "polished", the microstructure surface is rough, so that this type of anti-glare glass has a relatively small loss in light transmittance, especially gloss. Large, therefore, the performance is not ideal in terms of clarity in practical applications

There is also a ten-micron level flat surface microstructure, whose surface microstructures are regularly arranged in an array, and the surface of the microstructure is flat, so it has obvious advantages in light transmittance and gloss, but its anti-glare ability , there is a gap compared with the nano-scale microstructure

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