Glass coating structure

Abstract

This invention relates to a glass coating structure, comprising a methyl silicate layer, a colloidal layer disposed on one side of the methyl silicate layer, an emulsion layer disposed between the methyl silicate layer and the colloidal layer, a dispersion layer disposed on the outer side of the methyl silicate layer, the colloidal layer, and the emulsion layer, and a mineral oil layer disposed on one side of the dispersion layer. In use, this invention is simply applied to glass at room temperature. The outermost mineral oil layer helps to achieve uniform coating, and after gradual evaporation, the dispersion layer spreads across the glass. The dispersion layer, which encapsulates the methyl silicate layer, the colloidal layer, and the emulsion layer, slowly releases active ingredients, extending the coating's lifespan. The released methyl silicate layer reacts with the glass to form a bond, thereby fixing the protective layer formed by the reaction with carbon dioxide. The emulsion layer connects the methyl silicate layer and the colloidal layer, allowing the colloidal layer to smooth the glass surface. This provides a glass coating with self-cleaning and anti-fouling properties, as well as hydrophobicity and chemical stability, through simple operation.

Claims

1. A glass coating structure, comprising: The monomethylsilicone layer reacts with glass to form a bonding layer and reacts with carbon dioxide in the air to form a protective layer. A colloidal layer is disposed on one side of the methylsilicic acid layer to smooth the glass surface; an emulsion layer is disposed between the methylsilicic acid layer and the colloidal layer to connect the methylsilicic acid layer and the colloidal layer; a dispersion layer is disposed on the outside of the methylsilicic acid layer, the colloidal layer and the emulsion layer to ensure that each of the methylsilicic acid layer, the colloidal layer and the emulsion layer is uniformly distributed; and a mineral oil layer is disposed on one side of the dispersion layer.

2. The glass coating structure as described in claim 1, wherein the protective layer is a mesh structure film.

3. The glass coating structure as described in claim 1, wherein the colloidal layer is composed of silicon dioxide particles.

4. The glass coating structure as described in claim 3, wherein the silicon dioxide particles have a particle size of nanometer or micrometer.

5. The glass coating structure as described in claim 4, wherein the particle size of the silicon dioxide particles is less than or equal to 100 nm.

6. The glass coating structure as described in claim 1, wherein the dispersion layer is water.

Images