High-weather-resistance household washing permanent-color high-strength reflecting material with TC (terylene cotton) fabric as base

Abstract

The invention discloses a high-weather-resistance household washing permanent-color high-strength reflecting material with a TC (terylene cotton) fabric as a base. The high-weather-resistance household washing permanent-color high-strength reflecting material comprises a base material, an adhesion layer, a color bottom layer, a reflecting layer, a transparent color layer, a protective layer and glass beads. Incident light is sequentially transmitted through the glass beads and the transparent color layer to reach the reflecting layer to be focused and reflected, reflected light is further transmitted through the glass beads so that a visual colored light reflection effect is realized, other light rays of an incident light source are simultaneously diffused on the transparent color layer among the glass beads and are mapped to the glass beads, a visual comprehensive color light reflection effect is realized under the joint action of focusing and reflecting of the other light rays, incident light rays are transmitted through gaps among the glass beads, the transparent color layer and the reflecting layer to reach the color bottom layer, and colors of the bottom layer are mapped on the glass beads to realize a color light reflection effect. The high-weather-resistance household washing permanent-color high-strength reflecting material has a high coefficient of retroreflection, and is high in weather resistance and color retainability.

Description

Technical field [0001] The invention relates to a colored reflective material, in particular to a permanent colored high-strength reflective material with TC fabric as the base and high weather resistance for household washing. Background technique [0002] At present, the weather resistance and reflective intensity of known colored reflective materials are not up to standard and cannot meet the needs of modern life. Based on reasons such as safety or advertising, reflective materials have been widely used, such as traffic safety signs, license plates, clothing and other products. Generally, reflective materials are made of transparent glass to refract and pass through the light and then reflect to obtain a reflective effect. Therefore, in the case of dim light, once there is light, it can reflect light with high recognition and warning effect. It has a certain security effect. In the existing reflective material, the reflective layer adopts the pigment with specular reflec...

AI Technical Summary

Problems solved by technology

[0003] However, the above-mentioned existing colored reflective materials still have the disadvantages of poor weather resistance and low coefficient of retroreflection.

Images