What factors are related to the cleaning effect of steel pipe shot blasting machine
The cleaning effect of the steel pipe shot blasting machine is related to the following factors:
Shot parameters:
Shot types: Different types of shots have a significant impact on the cleaning effect. For example, cast steel shots have a higher hardness and are suitable for removing harder oxide scales and rust layers; wire cut shots have better toughness and wear resistance and are suitable for multiple uses.
Shot size: The size of the shot directly affects the strength and coverage of the cleaning. Larger shots have greater impact force, but may leave deeper marks on the inner wall of the steel pipe; smaller shots are more delicate, but the cleaning efficiency is lower.
Shot hardness: The hardness of the shot determines its ability to cut dirt. Too high hardness may damage the inner wall of the steel pipe, and too low hardness will make it difficult to effectively remove dirt.
Shot blasting machine parameters:
Shot blasting speed: The higher the shot blasting speed, the greater the impact force of the shot and the better the cleaning effect, but too high a speed may increase the shot breakage rate and increase equipment wear.
Shot blasting angle: The shot blasting angle determines the impact angle between the projectile and the inner wall of the steel pipe. The appropriate angle can make the projectile form a uniform coverage on the inner wall of the steel pipe and improve the cleaning efficiency.
Shot blasting time: The longer the shot blasting time, the better the cleaning effect, but too long shot blasting time will increase production costs and reduce production efficiency.
Steel pipe parameters:
Steel pipe material: Steel pipes of different materials react differently to the projectiles, and the cleaning effect will also vary. For example, alloy steel pipes with higher hardness require stronger impact force to achieve a good cleaning effect.
Steel pipe diameter and length: The diameter and length of the steel pipe will affect the coverage of the projectile and the difficulty of cleaning. For steel pipes with smaller diameters or longer lengths, the projectiles may not be able to fully cover the inner wall, affecting the cleaning effect.
Working environment:
Temperature and humidity: The temperature and humidity of the working environment will affect the performance of the projectile and the operating stability of the equipment. In a high temperature and high humidity environment, the projectiles are prone to rust and wear, affecting the cleaning effect.

