Fully-reflective material and preparation method thereof as well as fully-reflective fabric

Abstract

The invention relates to a reflective material. A fully-reflective material comprises a glass ball layer and a resin layer, wherein the glass ball layer is formed by a plurality of glass balls which are adhered to the surface of the resin layer and are partially embedded in the resin layer; the plurality of glass balls face one surface of the resin layer and are aligned with one another; a reflection layer is also arranged on the bottom surface of the resin layer. The preparation method of the fully-reflective material comprises the following steps: S10, discharging a base material; S20, putting balls; S30, flattening; S40, coating the resin layer; S50, drying; S60, removing the base material; S70, arranging a protection layer; and S80, winding. The invention provides the fully-reflective material with high reflection efficiency and the preparation method thereof as well as fully-reflective fabric.

Description

technical field [0001] This invention relates to reflective materials. Background technique [0002] Existing reflective materials are generally realized by the reflection of glass beads (also called glass beads). However, the reflective material in the prior art can only reflect light directionally due to its structure limitation, and the light reflection in other directions is quite weak, so it cannot be used as a full reflective material. [0003] For some special industries, such as traffic command, sanitation operations and other operators, their clothing needs to have a warning effect on other people to ensure the safety of the operators. For directional reflective materials, although they can meet the requirements of use, they cannot produce reflections at all angles, and the warning effect is not perfect. [0004] Generally, reflective materials are easy to cause light scattering when they encounter light, which greatly reduces their reflective properties. Therefor...

AI Technical Summary

Problems solved by technology

However, the problem of sticking to the fabric has not been effectively solved, and it is easy to cause the phenomenon of detachment of the reflective material after it is exposed to the sun and washed with water, and the hot-pressed film material must be used again, so it will increase its inconvenience and cost. The benefit is not high

[0006] However, due to the distribution structure of the reflective particles, part of the light is absorbed by the surface of the fabric, the reflective effect of the aforementioned patented technology is not ideal, and full reflection cannot be achieved

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