Pulse bag filter_Dust bag, pulse bag filter has high dust removal efficiency, can collect fine dust with a particle size larger than 0.3 microns, and the dust removal efficiency can reach more than 99.5%. The pulse bag filter can be used flexibly, and the processing air volume can range from tens of thousands of cubic meters to hundreds of thousands of cubic meters per hour. It can be directly installed in a small unit near the indoor machine tool, or it can be made into a large dust collector, pulse bag filter The type dust collector has simple structure, stable operation, low investment and convenient maintenance.

 

      Pulse bag filter is usually used in iron and steel, smelting, chemical industry, power generation, cement and other environments with serious dust pollution. Due to the harsh working environment of pulse bag filter, if the maintenance and management of the filter are not In place, the life of the filter will be shortened. Therefore, the maintenance of the pulse bag filter is very important. Maintenance is to ensure the normal operation of the pulse bag filter, give full play to the role of the dust collector, and prolong the service life of the dust collector, which is an important part of the dust removal work.

 

      In order to do a good job in the maintenance and maintenance of the pulse bag filter, the machine status of the pulse filter must be checked frequently, and the problem should be dealt with in time to ensure the normal operation of the dust removal system, so that the dust collector can have a higher working efficiency !

 

      Pulse dust collector is a dust removal device that uses cotton wool, rayon and other fabrics for filtration; when the particle size of the dust is larger than the pores of the filter cloth or the pores between the dust particles deposited on the filter cloth, the dust is intercepted. Since the pores of the new filter cloth are much larger than the particle size of the dust, the retention effect is very small, but when a large amount of dust is deposited on the surface of the filter cloth, the retention effect increases significantly. When the dust-laden airflow is close to the filter fiber, the airflow will bypass the fiber, and the dust will continue to move straight forward due to the inertial effect, and it will be captured when it hits the fiber. This inertial collision effect increases with the increase of dust particle size and flow rate. and enhance.