Industrial carbon powder collection vacuum pulse dust collector

supplyIndustrial carbon powder collection vacuum pulse dust collectorWith advantages such as high suction, large dust storage capacity, long service life, and high temperature resistance, various materials and shapes of waste media residue can be absorbed. By adjusting the filter media, such as filter cartridges, filter bags, etc., solid particles with a precision of up to 0.3 microns can be absorbed, which is suitable for industries such as fine chemicals and precision machinery.

The dusty gas is sucked into the box by the fan through the suction pipe, and enters the filter bag for filtration. The dust particles are trapped on the surface by the filter bag, and the purified gas after filtration is discharged through the air outlet. It can be directly discharged indoors for recycling or discharged outdoors as needed. The entire dust removal and filtration process is the result of a combined effect of gravity, inertia, collision, electrostatic adsorption, and sieving. After the dust collector works continuously for a period of time, the dust on the filter bag surface continues to increase, and then the dust is cleaned. The dust is shaken off in the dust collector (drawer) and then manually processed. Effectively cleaning the dust generated during production in the workshop is not only beneficial for improving the quality and qualification rate of products, but more importantly, ensuring the physical health of workers. If the production workshop does not use any cleaning equipment to directly carry out production operations, it will seriously affect the quality of products, lead to unqualified products, and even harm the health of workers.

supplyIndustrial carbon powder collection vacuum pulse dust collectorScope of application:
Mechanical processing and manufacturing industry: Clean up various metal chips and dust, especially in cast iron processing to demonstrate its effectiveness.
Fiberglass manufacturing industry: Absorbs dust and residue generated during the grinding of hardened surfaces in the manufacturing of fiberglass products.
Biopharmaceutical industry: used for dust removal and purification in production workshops.
Food industry: Absorbs oil fumes, moisture, and food residues.
Grain items: used for large-scale grain handling, transportation, warehousing, and cleaning.
Chemical plant: absorption of welding fumes, welding fumes, and harmful substances in powder and granular form.
Thermal power plant: used for cleaning deposited dust and debris, especially for daily cleaning of boilers and removal of accumulated dust during regular maintenance.
Microelectronics industry: used for dust removal, purification, and recycling of cutting materials in production workshops.
Battery manufacturing industry: used for cleaning and waste recycling in production workshops.
Textile industry: used for purifying workshops and removing fiber floating objects from the air.
Foundry industry: used for cleaning slag and scrap metal residues in pouring pits and furnace pits; Remove the waste sand, metal burrs, and oxide scale generated during the casting process; Clean up the silt.
Cement plant: The cement plant cleans, loads and unloads intermediate products of raw materials to avoid secondary pollution. Especially in the process of packaging cement, the absorption and purification of dust can improve the working environment for workers.
Steel plant: cleaning work for steelmaking, ironmaking, coking, sintering plant areas, workshops and equipment conveyors, transfer stations, high-rise platforms, cranes, and rolling mill surfaces; Reduce downtime and improve production efficiency.
Automobile and ship manufacturing: used for cleaning internal welding slag, dust, and dirt, as well as polishing and dust removal operations before painting.