The operation of the pulse dust collector is stable. The pulse dust collector is a dry dust collection device. It is suitable for capturing fine, dry, and non-fibrous dust. The filter bags are made of woven filter cloth or non-woven felt, and utilize the filtering effect of the fiber fabric to filter the dusty gas. When the dusty gas enters the pulse dust collector, the particles with large size and high specific gravity will settle down due to the force of gravity and fall into the ash hopper. The gas containing finer dust passes through the filter material, and the dust is retained, thereby purifying the gas.

The advantages of the pulse dust collector

The multi-chamber stop-air pulse jet cleaning technology is adopted, which overcomes the shortcomings of conventional pulse dust collectors and multi-chamber reverse-blowing dust collectors. It has strong cleaning capacity, high dust removal efficiency, low emission concentration, low leakage rate, low energy consumption, low steel consumption, small floor area, stable and reliable operation, and good economic benefits. It is suitable for the purification of dust-containing gases and the recovery of materials in industries such as metallurgy, building materials, cement, machinery, chemical engineering, power, and light industry.

2. Due to the use of staged air-stop pulse blowing for cleaning, a single blowing operation can achieve the goal of thorough cleaning. As a result, the cleaning cycle is extended, reducing the cleaning energy consumption and significantly lowering the air consumption. At the same time, the fatigue levels of the filter bags and the pulse valves are also reduced accordingly, thereby doubling the lifespan of the filter bags and valve plates.

3. Bag replacement during maintenance can be carried out in separate chambers while the system's fan is not running and the system is operating normally. The bag openings are equipped with elastic expansion rings, ensuring good sealing performance and reliability. The filter bag ribs are in a multi-angled shape, reducing the friction between the bag and the ribs, extending the bag's lifespan and facilitating bag removal.

4. The upper bag extraction method is adopted. During bag replacement, after the frame is extracted, the dirty bag is placed in the lower ash hopper of the box and then removed through the manhole. This improves the operational conditions for bag replacement.

5. The box body is designed with an airtight structure, ensuring excellent sealing performance. The inspection door is made of high-quality sealing materials. During the manufacturing process, coal oil is used for leak detection, resulting in a very low air leakage rate.

6. High dust removal efficiency. It can capture dust particles larger than 0.3nm, and can purify the dusty gas to a level of 15mg/m3 or lower.

7. It can capture the dust that is difficult to be recovered by electrostatic dust removal; and to a certain extent, it can also collect compounds such as nitrates and sulfates.

8. It has good adaptability to load changes and is particularly suitable for collecting fine and dry dust. The collected dry dust is convenient for disposal and reuse.

9. The pulse bag dust collector is more secure when collecting dusty gases that pose an explosion risk or contain sparks.