The filter cartridge dust collector consists of a filter cartridge, a pulse backflush mechanism, a centrifugal fan, and a dust collection hopper. The housing is welded from cold-rolled steel plates and sprayed with plastic inside and outside. This ensures that emissions meet national environmental protection requirements.
Working Principle of the Filter Cartridge Dust Collector
1. Dust-laden air enters the dust collector through a side inlet. Dust is intercepted and collected by the outer surface of the filter cartridge. The purified air then flows out through the center of the filter cartridge, achieving purification. Pulse backflush utilizes compressed air (0.6-0.7 MPa) to generate a powerful airflow, which is released through a pulse solenoid valve to the center of the filter cartridge. This acts like a vibration, shaking and dislodging dust accumulated on the outer surface of the filter cartridge, which then falls into the dust hopper below. To ensure normal and continuous operation of the filter cartridge dust collector, the machine uses a pulse controller to perform backflush according to a set program.
2. This dust collector's emissions meet and exceed national environmental protection standards. After filtering dust, the dust-laden air emissions from the filter cartridge dust collector can meet ≤5 mg/m³. The filter element captures particles larger than 1µm and has a resistance of less than 400Pa. It offers excellent air permeability, low resistance, low energy consumption, and reliable filtration performance.
Filter Element Performance: Filter Element Size: 325*660mm, Quantity: Customizable. Filter Material: 100% Polyester, 0.75mm Thickness
Maximum Heat Resistance: 80°C, Air Permeability: 220m²/h, Filtration Fineness: 0.5µm-1µm.
3. Filter Elements: The dust collector can be customized with both standard and explosion-proof filter elements based on actual production needs. The explosion-proof dust collector uses filter elements made of anti-static, flame-retardant material. The dust collector is equipped with an explosion relief device, an explosion-proof valve at the air inlet, and a combustible gas alarm on the pipeline. All electrical components are explosion-proof and certified by a nationally recognized certification agency.