Forming process of pattern layer on surface of glass substrate

Abstract

The invention provides a forming process of a pattern layer on the surface of a glass substrate. According to the forming process, ultraviolet light-curing printing ink is printed on the glass substrate and then undergoes ultraviolet light curing to form the pattern layer. The beneficial effects of the invention are as follows: the process overcomes the problems that the amount of energy consumed by drying equipment in traditional ink printing is great, defective products easily form because of pollution by dust fall since drying time is long and fraction defective of finished products is greatly increased in the process of traditional pattern formation on the surface of glass and overcomes the defects of considerable consumption of manpower and time, increased production cost and incapability of realizing large scale quantitative production in the process of drafting a pattern by human hands; and a printing process for a glass material with the advantages of a fast production speed, effectiveness in avoiding fraction defective caused by deficient manufacturing procedures and capacity of saving resources is provided.

Description

technical field [0001] The invention relates to a surface treatment of a glass substrate, in particular to a process for forming a pattern layer on the surface of a glass substrate. Background technique [0002] With the advancement of science and technology, people's expectations and requirements for building materials are getting higher and higher, so a large number of materials have been put into development and use in large quantities, and among them, glass materials have good aesthetics and practicality. Outstanding material, can be said to be quite versatile. [0003] Due to factors such as the composition, structure and physical properties of the glass material itself, its production and processing (including coloring methods) are relatively few and complex, resulting in high cost of finished products, easy yellowing, and little color change in patterns. , high defect rate, poor adhesion and waste of resources and other major shortcomings, which seriously limit the u...

AI Technical Summary

Problems solved by technology

[0005] 1. Traditional ink drying needs to be carried out in a drying method, and the drying equipment consumes a lot of energy, which does not meet the requirements of environmental protection; and the long drying time is very easy to be polluted by dust and form defective products, which greatly increases the defective rate of finished products

[0006] 2. Manual drawing requires a lot of manpower and time, increases production costs, and cannot be mass-produced