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|Home||» Products||» Dust Collector||» Cyclone Separation Dust Collector||» XGD-W Efficient Ceramic Multi-Pipe Dust Collector|
With a precise understanding of the relevant industry, we introduce ourselves as the leading name engaged in offering of XGD-W Efficient Ceramic Multi-Pipe Dust Collector. This dust collector is widely used in the treatment of industrial furnace cell waste pollution. In addition to this, these products are appreciated for its reliability, excellent working and strong structuring. Moreover, the offered dust collector is available at market leading rates. Our quality controllers test this XGD-W Efficient Ceramic Multi-Pipe Dust Collector on well-defined parameters in adherence to set industry standards.
XGD/W type Efficient Ceramic Multi-Pipe Dust Collector is a new product jointly developed by Hebei Ou Tai Environmental Protection Equipment Co. Ltd. and Tangshan Steel Design Institute. It has passed the technical appraisal of the State Environmental Protection Administration and the Hebei Provincial Science and Technology Commission, cooperated with the Design Institute of Hebei Metallurgical Design Institute, Shougang, Anshan Iron and Steel, and Jinan Iron and Steel to open up a new path for ceramic multi-tube dust collectors. This product is widely used for the treatment of industrial furnace cell waste pollution. The treated air pollutants reach GB9807-1996 "Emission Standard for Air Pollutants in Industrial Furnaces".
It mainly consists of equipment housing, net gas room, dust removal room, air inlet, outlet, ash hopper, and ash discharge port.
There is a combination of the upper plate, lower plate, and cyclone to make according to the different parameters such as air volume, air pressure, and dust particle weight.
Dust-laden gas enters the dust chamber through the air inlet and then enters each cyclone. Under the action of the guide, the exhaust gas entering the cyclone is separated by the centrifugal force and falls directly into the ash hopper. The purified gas then enters the purging chamber upwards in the outlet core tube and is discharged from the outlet.