Nanoimprint shielding glass and manufacturing method therefor

Abstract

The invention provides nanoimprint shielding glass and a manufacturing method therefor. The nanoimprint shielding glass comprises an organic glass substrate, a low-viscosity monomer substrate layer which is formed on the organic glass substrate and pre-imprinted with a pattern groove, and an insulating layer, wherein a conductive silver slurry layer and an conductive material layer formed on the conductive silver slurry layer are arranged on the periphery of the outer side of the low-viscosity monomer substrate layer; and a nano conductive layer corresponding to a pattern shape is arranged in the pattern groove of the low-viscosity monomer substrate layer. By forming the nano conductive layer matched with the groove pattern on the organic glass substrate, and by directly manufacturing a metal grid shielding layer on the glass through a nanoimprint technology, the screen effect, light transmittance and angle of the product all can be adjusted according to actual demands; the conductive silver slurry layer and the conductive material layer are arranged on the periphery of the outer side of the low-viscosity monomer substrate layer, so that metal net extension is avoided in such design; and therefore, only the conductive material which is connected with the shell is needed on the edge of the organic glass substrate; and the product usage is simpler and better in effect.

Description

[0001] [technical field] [0002] The invention relates to the technical field of glass production and manufacturing methods, in particular to a nano-imprinted shielding glass that can flexibly adjust the screen effect, light transmittance, angle and other characteristics of a product and a manufacturing method thereof. [0003] [Background technique] [0004] In recent years, with the extensive application of electronic and electrical equipment, electromagnetic waves propagate in space, causing mutual interference and information leakage of electronic equipment. In this case, it is easy to bring wrong actions and information of electronic equipment and automatic control systems. Being plagiarized and causing harm to people at the same time. [0005] Shielding glass can shield signals to ensure the safety of electronic and electrical equipment. Traditional shielding glass is mainly made of glass and wire mesh. Metal mesh is an imported product that needs to be blackened. The co...

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Problems solved by technology

[0004] In recent years, with the extensive application of electronic and electrical equipment, electromagnetic waves propagate in space, causing mutual interference and information leakage of electronic equipment. In this case, it is easy to bring wrong actions and information of electronic equipment and automatic control systems. Being plagiarized while causing harm to people

[0005] Shielding glass can shield signals to ensure the safety of electronic and electrical equipment. Traditional shielding glass is mainly made of glass and wire mesh. Metal mesh is an imported product that needs to be blackened. The cost of the product is very high. The screen effect mainly depends on the imported network, and there is little room for improvement in product performance

In addition, the metal mesh and the display screen have an angle requirement, otherwise moiré patterns will be generated, so that the utilization rate of the product is lower

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