The difference between the filter bag and the cartridge filter

Distinction bag dust collector and cartridge filter. Since the eighties, the development and production of bag-type dust collector reaches a certain scale. Scientific research and design institutes and universities in the study, the introduction, digestion, porting, combined with the needs of the domestic industry and manufacturers together for the development of the carbon black industry’s pulse bag type dust collector, which not only can be used as dust removal equipment but also as an indispensable process equipment; iron and steel industry, non-ferrous metallurgical industry to meet the needs of wind capacity handling equipment, has developed a compartment reverse air bag type dust collector and a long bag and low pulse bag filter or high-voltage, large-scale equipment so that dust can handle per hour, one million m3 ~ 291 million m3 of air volume; in order to meet China’s cement industry kiln large wide range of features, the development of high-temperature kiln, dryer and fiberglass bag filter coal mill explosion-proof bag closing dust. High temperature fiberglass bag filter dust collector bag large-scale development in the use of a kiln, and its technology is very mature and play an irreplaceable role in China’s kiln dust governance for our stand kiln dust control made a great contribution. With the shaft kiln dust control technology development and progress, large-scale high-temperature fiberglass bag filter has become an inevitable trend. The main advantages of centralized dust bag type dust collector are: small parameter fluctuations of flue gas temperature range, easy to adjust and grasp, since more than one kiln conditions are not simultaneous, multiple complementary kiln flue gas, which is equivalent to flue gas conditioning, extreme cold and extreme heat are less prone to effectively prevent the condensation and low temperature burn bags phenomenon; but also to avoid the more stringent requirements for single kiln flue gas temperature control due to a stand-alone program and for the proposed shaft kiln, and contain no negative impact on the yield and quality of shaft kiln. In addition, the technology is particularly suitable for large kiln dust cluster mill system, which not only can greatly reduce the one-time investment in equipment costs, save energy, save space, and labor management and reducing costs.