Process for preparing automobile heat-isolation glass

Abstract

The invention discloses a process for preparing automobile heat-isolation glass and relates to the field of rubber. The process comprises the preparation of nanometer antimony-doped tine dioxide size, the preparation of a component A, the preparation of a component B, the preparation of an epoxy transparent heat-isolation glass coating and the preparation of an epoxy transparent heat-isolation glass film. In the preparation process, the proportion, aging time, maintenance time and the like of the raw materials are controlled strictly, so that the prepared heat-isolation glass is excellent in physical and chemical properties, the film is smooth in surface and high in adhesive force, the glass is high in hardness and acid-resistant, alkali-resistant, stain-resistant and aging-resistant performances, long in service life, relatively high in light transmission for visible light and excellent in light transmittance performance, vague sense is avoided, a driver can have a good visual field, the coated glass has an excellent heat-isolation performance, can maintain the temperature in a vehicle well, and is stable in performance, and the whole preparation process is simple, can implement automatic production easily and achieves a high production efficiency.

Description

technical field [0001] The invention relates to the field of auto parts, in particular to a process for preparing heat-insulating glass for automobiles. [0002] Background technique [0003] Insulating glass was discovered by Zimandy when studying the absorption spectrum of iron-containing ions. Ionic glass absorbs almost all infrared light, while Ions are developed on the basis of significant absorption of visible light. Silicate insulating glass was first systematically studied, but the glass is dark blue, so it also has considerable absorption of visible light. The application number is CN 201010107383.4 Disclosed is a conductive heat-insulating glass and a manufacturing method thereof. The manufacturing method of the glass includes the following steps: (1) Purifying the glass: first washing the dirt on the glass with 45°C-55°C hot water, and then using the purified ion Wash with pure water and dry; (2) heat the purified glass to 460°C-600°C, then use a high-pressur...

AI Technical Summary

Problems solved by technology

The glass made in this way has the effect of electric conduction and heat insulation, and has good weather resistance. It can be widely used in the production and processing of automobile, train glass, and architectural glass. However, the physical and chemical properties of this glass have some shortcomings, including low hardness, acid and alkali resistance. And poor aging resistance, light transmission, heat insulation performance is not very good