1. The influence of alloy steel shot on the surface roughness of the material is usually in the range of Ra0.6~20mm. Without changing the process parameters, the higher the original surface roughness of the material, the greater the Ra value after shot peening.
Production practice has proved that, under normal circumstances, if the surface roughness before peening is below 6.3mm, shot peening can improve or maintain the original surface roughness. If the original surface roughness is above 6.3mm, the surface roughness after shot peening will be reduced.
2. Alloy steel shots of different specifications have different hardness, but products of different hardness have different cleaning effects on workpieces. The greater the hardness, the greater the brittleness. When cleaning the workpiece, although the cleaning efficiency is greatly improved, the consumption of steel shots will also increase, and the service life of steel shots will also be shortened. Therefore, from the perspective of economic benefits, for general workpieces, we recommend choosing steel shots with moderate hardness for rust removal.
3. The processing effect of the workpiece is not only related to the hardness of the alloy steel shot, but also has a certain relationship with its model and shape. For example, the rust removal efficiency of products with irregular surfaces is higher than that of round products, but the surface is relatively rough.
Steel shot is widely used for descaling and rust removal treatment
How are steel shot and grit used to treat steel surfaces?
Steel shot is widely used for descaling and rust removal treatment
What are the unique characteristics of steel shot?
