Antiglare sticking layer and manufacturing process

Abstract

The invention discloses an antiglare sticking layer and a manufacturing process. The sticking layer comprises a scattering layer of which at least one surface is subjected to sanding treatment to reduce reflection strength and a filling layer used for increasing visibility, the filling layer adheres to the frosted surface of the scattering layer, the surface, which is in contact with the frosted surface of the scattering layer, of the filling layer fills spaces among particles on the frosted surface of the scattering layer, and a color layer is arranged between the filling layer and the scattering layer; and the manufacturing process comprises the following steps: performing sanding treatment: performing treatment on the surface of a blank board through a sanding process to obtain the scattering layer; performing coloring treatment: performing coloring on the frosted surface of the scattering layer through a coloring process to form the color layer; and performing filling treatment: arranging a liquid-state glue uniformly at the surface of the scattering layer, wherein the surface is provided with the color layer. According to the invention, the sticking layer can prevent dazzle, has good definition, high abrasion resistance, a high impact resistant degree, a simple processing process, and a high finished-product ratio.

Description

technical field [0001] The invention relates to the technical field of an anti-glare coating, in particular to the technical field of an anti-glare coating and a manufacturing process. Background technique [0002] In daily life, people obtain a large amount of information through vision. Due to different environments, many panels for obtaining information have serious reflections, especially the screens of electronic products and the front glass of vehicles. When the external light is strong, outdoor applications such as smart phones and tablets For electronic products such as computers, the display screen is reflected by strong light, which seriously affects the visual effect; during driving, due to the strong light, the light reflection of the front glass of the vehicle is serious, which will affect the visual effect and cause traffic accidents. At the same time, the side of the building facing the sun sometimes makes the indoor light too strong, resulting in visual decli...

AI Technical Summary

Problems solved by technology

[0002] In daily life, people obtain a large amount of information through vision. Due to different environments, many panels for obtaining information have serious reflections, especially the screens of electronic products and the front glass of vehicles. When the external light is strong, outdoor applications such as smart phones and tablets For electronic products such as computers, the display screen is reflected by strong light, which seriously affects the visual effect; during driving, due to the excessive light, the light reflection of the front glass of the vehicle is serious, which will affect the visual effect and cause traffic accidents

At the same time, the side of the building facing the sun sometimes makes the indoor light too strong, resulting in visual decline

In order to reduce the reflection intensity of the existing building or vehicle glass, and the screen of electronic products, the surface is basically frosted to prevent glare by generating refraction, but the clarity of the laminate made in this way will be affected by the frosting. The surface is lowered, the surface roughness of the laminate is large, the wear resistance is reduced, and the impact strength of the laminate is weakened

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