The design of the dust removal system of the shot blasting machine needs to consider the following key factors:

Air volume: Air volume is one of the important factors in the selection of the dust removal system. Air volume refers to the volume of air that the dust collector can purify per unit time. According to the working principle of the shot blasting machine and the amount of dust discharged, the air volume should be reasonably selected to ensure that the dust collector can effectively remove the dust generated during the shot blasting process.

Filter efficiency: Filter efficiency refers to the filtering effect of the dust collector on dust. The higher the filtration efficiency, the better the dust purification effect of the dust collector. The filtration efficiency is usually required to be above 99% to ensure that the discharged air meets environmental protection standards.

Pressure loss: Pressure loss refers to the pressure drop caused by the air passing through the filter during the operation of the dust collector. The smaller the pressure loss, the more reasonable the structure and material of the dust collector, and the lower the energy consumption. Therefore, when selecting a dust collector, you should try to choose equipment with less pressure loss.

‌Equipment size and weight‌: The dust collector of the shot blasting machine should be compatible with the shot blasting machine, with moderate size and weight, and easy to install and maintain. In addition, the size and weight of the equipment will also affect the parameters of the dust collector such as air volume and pressure loss.

‌Cleaning method‌: There are two main cleaning methods for pulse dust collectors: online cleaning and offline cleaning. Online cleaning has good effect but complex structure, while offline cleaning has simple structure but poor effect. The appropriate cleaning method should be selected according to the working conditions and dust quality of the shot blasting machine.

‌Maintenance cost‌: The operation and maintenance cost of the dust removal system is also an important consideration. Equipment with simple maintenance and low maintenance cost should be selected to reduce the subsequent operation and maintenance costs.

‌Environmental protection requirements‌: During the operation of the dust removal system, the dust removal system should meet local environmental protection requirements, such as emission standards, noise control, etc. When selecting a dust collector, the appropriate equipment should be selected according to the production process and environmental protection requirements.

‌Filter material‌: Different filter materials have different dust capture efficiencies. Choosing appropriate filter materials can improve dust removal efficiency. For example, the dust removal efficiency of two-dimensional woven filter material is 99.2%, the dust removal efficiency of three-dimensional needle felt filter material is 99.6%, and the dust removal efficiency of microporous film composite filter material is 99.9%‌45.

‌Fan matching‌: The air volume and air pressure of the fan need to match the capacity and resistance of the dust collector to ensure the normal operation and efficient operation of the system‌.

‌System sealing‌: Good sealing can prevent dust leakage and improve the purification effect. Regularly check the operating status of the fan, pipeline and dust collector to ensure the normal operation of the system‌.

By comprehensively considering these factors, an efficient and stable shot blasting machine dust removal system can be designed to ensure the safety and environmental protection requirements of the production environment.