Surface treatment process (fluorine-carbon spraying) for carrying out lasers on metal surface

Abstract

The invention provides a surface treatment process (fluorine-carbon spraying) for carrying out lasers on a metal surface. According to the process, the surface of a product is sprayed for four times and dried for four times and textures on the surface are etched on a substrate surface through the lasers, so that the textures on the product surface, and grooves and bulges on the surface can be permanently represented; and a fluorine-carbon painting which is famous for weather resistance is sprayed on the product surface and the service duration of the product is further prolonged, so that the product manufactured by the process has the advantages of more obvious surface stereoscopic effects, wear resistance and vividness, and can be acceptable in the conversion between space and time, therefore, the prolonged, durable, economical and substantial effects can be achieved.

Description

technical field [0001] The invention relates to the technical field of profile spraying technology, in particular to a surface treatment process of laser radium (fluorocarbon spraying) on ​​the metal surface. Background technique [0002] It is known in the industry that all the previous profile spraying processes only work on the profile surface, which makes it have certain limitations, and it is difficult to obtain substantial changes to meet the different needs of customers, and the surface of the products produced by the surface spraying process The effect is often still uneven, and some defects often occur, and the service life of most products is relatively short, so it is difficult to achieve the expected beneficial effect. Contents of the invention [0003] The purpose of the present invention is to overcome the deficiencies of the prior art and provide a surface treatment process of laser radium (fluorocarbon spraying) on ​​the metal surface. Through this process,...

AI Technical Summary

Problems solved by technology

[0002] It is known in the industry that all the previous profile spraying processes only work on the profile surface, which makes it have certain limitations, and it is difficult to obtain substantial changes to meet the different needs of customers, and the surface of the products produced by the surface spraying process The effect is often still uneven, and some defects often appear, and the service life of most products is relatively short, so it is difficult to achieve the expected beneficial effect