Product Name:MDC Pulse Dust Collector

Dust removal efficiency:99%

Air volume:540-21600m³/h

Application Areas: This product is widely applicable to industries such as cement, mineral processing, electronics, chemicals, food processing, metallurgy, casting, carbon materials, mechanical processing, and wood building materials.

Device Introduction: The product is widely used in building overview, chemistry, metallurgy, non-metallic mines, pharmaceuticals, food, abrasive materials, plastics, and some new materials.This is an ideal dust collection device for industrial and environmental protection applications.

Highlighted Advantages:

1. The airflow combination is reasonable, utilizing forward airflow and forward filtration to ensure that dust is in a filtering state.

2. It also has the function of coagulation and sedimentation, reducing the load on the filter bag and the pulse frequency.

3. The filter bag mouth is sealed with an elastic expansion ring, ensuring good tightness and easy installation and removal. The frame is made using resistance welding.

4. The outer surface is smooth and free of weld marks, eliminating the wear between the filter bag and the frame, resulting in a long service life for the filter bag.

5. Select filter materials with different performance and specifications based on the working conditions. The operating resistance is stable, energy consumption is low, and the dust removal efficiency exceeds99.9%.

Working Principle Introduction: Dust-laden gas enters the middle and lower chamber through the air inlet of the dust collector, where dust and gas are separated via filtration through filter bags. Dust is adsorbed onto the surface of the filter bags, while clean air passes through the bags and is discharged from the air outlet. Over time, the dust accumulated on the surface of the filter bags increases. According to the program set by the pulse injection controller, the pulse injection valves are triggered sequentially. Compressed air from the air reservoir is instantly ejected through the holes of the injection pipes, sprayed into the corresponding filter bags via Venturi tubes, causing the dust adsorbed on the bag surfaces to fall off. The dust then falls into the ash hopper and is discharged through the ash discharge valve or directly into the storage bin.