Industrial electronic enclosures are an important protective component, has a very important impact on the service life and appearance of electronic products. Thus, surface treatment is an important processing method for the enclosures, which can not only increase the strength and corrosion resistance of the shell, but also improve the appearance quality. This is why it still has been widely used so far.
In industrial manufacturing, commonly used surface treatment methods include anodizing, coating and electroplating, etc. Among them, anodizing is divided into conductive one and the most commonly used non-conductive one. However, non-conductive anodizing is divided into sandblasting, wire drawing, secondary and so on. Coating is divided into oil and powder coating. Next, I will simply introduce anodizing and coating in industrial enclectronic.
What is anodizing finish? Anodizing is a chemical treatment method that anidizes metal surfaces to form a protective film, which make the metal surface a stylish and textured effect. In addition, from environmental perspective, anodizing is a relatively environmentally friendly treatment method. Because it does not involve dangerous chemicals and will not cause serious impacts on the environment and health. At the same time, since the effect of anodizing can last for a long time, it also has a good effect on saving and environmental protection. For electronic enclosures, it is most commonly used in aluminum boxes and cannot be used in steel ones.
What is coating finish? It divided into oil and powder coating. It sprays various coatings on the surface of enclosures through spraying equipment. Coating method is simple and easy. This method evenly sprays fine paint on the surface of the electronic box, which can make it waterproof, anti-corrosion, anodizing resistance, wear resistance and other qualities of the box. It can also beautify the appearance of electronic equipment. It can used in metal, plastic boxes and do on.
In short, electronic enclosure painting technology is an important surface treatment process. Due to its many advantages, such as protection, beauty, durability, etc., it is widely used in the manufacturing process of electronic equipment. We believe that with the development and advancement of science and technology, this technology will be further improved and applied more widely.
