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Ceramic fiber dust collector pulse dust collector

NegotiableUpdate on 03/30
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Overview
The product advantages of ceramic fiber dust collectors include high porosity, low air resistance, and high filtration accuracy for particulate matter NOx, The dust filtration efficiency can reach above 99.99, the NOx removal efficiency can reach above 90, the filtration accuracy is high, and it meets the atmospheric emission standards; Inorganic fiber material, not easily combustible. Gan is insensitive to sparks, eliminating the high temperature burning and fire hazards of traditional filter media. It can withstand temperatures up to 800 ℃ and can be used for a long time at 900 hours, with excellent resistance to temperature fluctuations; The product has stable performance, is resistant to acid and alkali corrosion, and has a long service life.
Product Details

Ceramic fiber dust collectorIt is mainly used in the flue gas treatment process in areas with special environmental emission limits and greenhouse emissions. By using microporous blocking, the concentration of particulate matter in the flue gas is reduced, and dust recovery is achieved. Compared with traditional bag filters,Ceramic fiber dust collectorThe heat-resistant temperature can reach 800 ℃, the filtration accuracy is higher, and it has excellent chemical corrosion resistance. It can replace the Leng filter and dust collector in the process, shorten the process flow. After modifying the ceramic filter element and attaching the catalyst, it can achieve dry dust removal, desulfurization, and denitrification. It can not only achieve high-precision filtration of dust, but also be suitable for the treatment of difficult to treat complex flue gas such as industrial solid waste incineration.

The high-temperature exhaust gas emitted from industrial kilns in metallurgy, chemical, power, building materials and other industries contains a large amount of dust and toxic and harmful gases, which is an important cause of environmental pollution. High temperature filter materials are the core of high-temperature gas filtration and dust removal technology. Due to their high working temperature and strong gas corrosiveness, there are high requirements for filter materials used in high-temperature gas dust removal. Traditional bag filters cannot withstand the high temperature of exhaust gas and require expensive cooling equipment in front of them. The RE of wet dust collectors cannot be fully recovered and utilized. At present, my main method for treating high-temperature industrial waste gas is still water filtration (first cooling the high-temperature waste gas to below 200 ℃, and then using a bag filter for dust removal). This method greatly increases the investment and operating costs of condensing equipment, while causing a large amount of energy loss. Moreover, due to the large fluctuations in industrial kiln operating conditions, it often leads to filter bag burnout and shutdown for maintenance. Ceramic fibers have good thermal and chemical stability, and exhibit excellent corrosion resistance in high-temperature environments such as oxidation-reduction.