Close to zero emissions, meeting stringent environmental standards.
Great dust removal performance, capable of providing higher ventilation volume, or potentially reducing pressure difference.
Extended filter bag lifespan and reduced cleaning frequency lead to lower equipment maintenance costs.
Higher gas-to-bag ratio allows for the design of smaller dust collectors, with reduced energy consumption during lower differential pressure.
Dust collector bags are generally categorized into three temperature types: room temperature, such as needle-punched felt bags, antistatic dust collector bags, and easy-to-clean dust collector bags; medium temperature, such as coated needle-punched felt bags, triple-proof dust collector bags, water and oil-resistant needle-punched bags; and high temperature, such as Metco dust collector bags, Fluon bags, glass fiber needle-punched filter bags, and PPS acid and alkali-resistant bags. The selection of dust collector bags should be based on the gas...Body temperature, humidity, and chemical characteristics; particle size, weight, shape, dust concentration filtration speed, dedusting method, emission concentration, and the operational schedule of the bag filter.
Generally, pulse-jet bag filter dust collectors use needle-punched felt, while room reverse-blow bag filter dust collectors or mechanical-pounding bag filter dust collectors use woven fabric. If the working condition is high temperature and requires resistance to acid and alkali with humidity, options such as high-temperature membranes like coated fluoromesh can be chosen. Many factors need to be considered when selecting dust bags.