The beadblasting process is the most common surface treatment process for stainless steel processing. It is mainly powered by compressing air. The high-speed jet beam sprays the spray material onto the surface of the workpiece to be treated, so that the outer surface of the workpiece changes shape . This process has a much better effect than manual sanding. The surface structure after beadblasting is uniform, which can create low-key and durable features of the product, and the production and processing efficiency is high.

Beadblasting process of workpiece coating, workpiece bonding pretreatment beadblasting can remove all dirt such as rust on the surface of the workpiece, and establish a very important basic pattern on the surface of the workpiece (the so-called rough surface), and It is possible to achieve different degrees of roughness by changing abrasives of different particle sizes, which greatly improves the bonding force between the workpiece and the coating and plating. Or to make the bonding part stronger and better quality.

Beadblasting process of casting and forging rough surface, cleaning and polishing of workpieces after heat treatment. beadblasting can clean all dirt (such as oxide scale, oil stains, etc.) on the surface of castings and forgings and workpieces after heat treatment, and polish the surface of the workpiece to improve the workpiece The finish can make the workpiece show a uniform metal color, make the appearance of the workpiece more beautiful, and achieve the effect of beautification and decoration.

What are the characteristics of the beadblasting process compared with the ordinary cleaning process:
1. beadblasting is the most thorough, most versatile, fastest and most efficient cleaning method;
2. The beadblasting treatment can be arbitrarily selected among different roughnesses, but other processes except beadblasting technology cannot achieve this. Manual sanding can make the rough surface but the speed is too slow, and the chemical solvent cleaning will clean the surface too smoothly, which is not conducive to coating bonding.