What is the difference between Dalian shot blasting processing and other surface treatment methods?

As an important surface treatment technology, Dalian shot blasting plays a crucial role in industrial production. Through shot blasting processing, we can improve the surface quality of workpieces, enhance their performance, extend their service life, and also promote the development and progress of industrial manufacturing. With the continuous progress and development of technology, shot blasting technology will also be constantly improved and innovated, providing better surface treatment solutions for more industries.

The advantages of shot blasting processing are high work efficiency, good cleanliness, improved surface quality of workpieces and coating adhesion, and can also extend the service life of workpieces. However, shot blasting also has some drawbacks, such as high noise, serious dust pollution, and processing deformation, which need to be effectively controlled and treated in practical use.

What is the difference between Dalian shot blasting processing and other surface treatment methods?

Shot blasting can quickly and efficiently clean the surface of objects. By high-speed spraying of projectile particles, impurities such as dirt, oxide layers, or coatings on the surface can be quickly removed, thoroughly cleaning the surface and providing a good foundation for subsequent processing.

Secondly, shot blasting can enhance the strength and wear resistance of the surface of the object. During the shot blasting process, the projectile particles continuously collide with the surface of the object, which can improve the grain structure of the material, increase its hardness and wear resistance, and thus extend the service life of the object.

In addition, shot blasting can improve the texture and appearance of the surface of objects. Through shot blasting treatment, surface burrs and roughness can be removed, making the surface smoother and more uniform, improving appearance quality, and enhancing visual effects.

In addition, shot blasting can also improve the coating adhesion on the surface of objects. After shot blasting treatment, a rough micro concave convex structure is formed on the surface of the object, which can increase the adhesion between the coating and the surface of the object, making the coating more firm and durable.

The main equipment for shot blasting processing is the shot blasting cleaning machine, which includes the main engine, separator, conveyor belt, dust collector, control system and other parts. During the operation, the workpiece is first placed on the conveyor belt, which sends the workpiece into the working chamber of the host machine. Then, the surface of the workpiece is cleaned by high-speed projectile impact. At the same time, the cleaned projectile and removed pollutants are separated by a separator, and the pollutants are filtered out by a dust collector, ultimately achieving surface cleaning and treatment of the workpiece.

The principle of shot blasting is to use a high-speed rotating fan to spray pellets or particles onto the surface of the workpiece. Through the impact and friction of the pellets, the surface oxide layer, stains, and burrs are removed, while also increasing surface roughness and adhesion. Shot blasting can improve the cleanliness and smoothness of the workpiece surface, enhance the adhesion of the surface coating, and extend the service life of the workpiece.