What are the characteristics of sandblasting in matte treatment of stainless steel surfaces?
Publish Time: 2024-04-12
Sandblasting exhibits a variety of features in the matte finish of stainless steel surfaces.
First, Sandblasting uses high-speed jetting of sand or glass beads and other media to impact and cut the stainless steel surface, effectively removing the gloss and tiny bumps on the surface, thereby obtaining a uniform matte effect. This processing method can select different thicknesses of sand according to needs to obtain different degrees of surface roughness to meet different matte effect requirements.
Secondly, the stainless steel surface after sandblasting has good light absorption properties, which can reduce glare and help protect eyesight. At the same time, its surface is not susceptible to contamination, is easy to clean, and can maintain long-term cleanliness and aesthetics.
In addition, Sandblasting not only improves the mechanical properties of the stainless steel surface, such as improving fatigue resistance, but also enhances the adhesion between the stainless steel surface and the coating, helping the leveling and decoration of the coating, thereby extending the durability of the coating film.
However, it is worth noting that sandblasting may have a certain impact on the flatness of the stainless steel surface, so this treatment method is more suitable for products that do not require high surface flatness.
In general, Sandblasting has significant features and advantages in matte treatment of stainless steel surfaces, and can effectively improve the appearance quality and performance of stainless steel products. However, the specific choice of whether to use Sandblasting needs to be decided based on the actual needs of the product and process requirements.
