The high-efficiency filter buffer box is the auxiliary equipment of the dust collector, which is widely used in the production workshops of the sanitary products industry, the textile industry, the paper industry and so on to make up the air and regulate the temperature in winter. The heat generated by the dust-containing fan of the production line is filtered by the dust collector, and the clean hot air is switched to the high-efficiency filter buffer box through the regulating air valve according to the flow rate of the fan, and then discharged to the production workshop through the second filter of the high-efficiency filter buffer box, forming a circulating body temperature And the degree of cleanliness fully meets the national and industry standards, and the temperature effect of the tens of thousands of air volume generated per hour can significantly increase the temperature of the workshop. The high-efficiency filter buffer box is made of high-quality materials for heat preservation, fire prevention and noise reduction. The workshop is equipped with a high-efficiency filter buffer box, which greatly improves the ventilation and temperature environment in the workshop, and improves the product quality and significant energy-saving effects. In summer, when the workshop does not need hot air, the air valve can be adjusted to switch to the outdoors and directly discharged into the atmosphere.

The dust-containing gas is conveyed by the fan into the dust collector. The large particles of dust are separated and fall directly into the ash hopper. The remaining light dust is evenly distributed with the airflow through the shunt baffle, and then filtered by a high-density filter bag. The filtered clean gas Drain into the atmosphere from the exhaust hood; as the filtering conditions progress, dust will accumulate on the surface of the filter bag, and when the dust accumulates to a certain amount, the dust will automatically fall off, and the dust on the remaining filter bag will be removed by the air pressure pulse cleaning device For cleaning, the dust falling into the ash hopper is discharged through the conveying system. DR-HK dust collector series, the production line can also be dusty when it is running. The cleaning process is based on the amount of dust in the dust collector, setting the timing time of the cleaning device and the dusting device, and it will automatically clean and automatically discharge the dust when the dust is discharged. The valve is automatically switched to prevent dust leakage, and the dust enters the storage tank by means of air conveying and other systems and is squeezed out.

The dust-containing gas is conveyed by the fan into the dust collector. The large particles of dust are separated and fall directly into the ash hopper. The remaining light dust is evenly distributed with the airflow through the shunt baffle, and then filtered by a high-density filter bag. The filtered clean gas Drain into the atmosphere from the exhaust hood; as the filtering conditions progress, dust will accumulate on the surface of the filter bag, and when the dust accumulates to a certain amount, the dust will automatically fall off, and the dust on the remaining filter bag will be removed by the air pressure pulse cleaning device For cleaning, this cleaning device can be set: 1. Automatic cleaning (when the production line stops or the gap is stopped, the air pressure pulse cleaning device will automatically open for cleaning, and once the production line starts, the device will automatically shut down at the same time); 2. Scheduled cleaning; 3. Manually control the cleanup. Turn on the air source to clean up according to the set program, and shake off the dust on the filter bag. The dust falling into the ash hopper is discharged by the conveying system. Normally stop dust to discharge, you can also customize the dust collector to discharge dust automatically when the production line is turned on according to the customer's requirements, or when multiple dust collectors are turned on, the dust collector can be used to discharge the dust and air flow to convey the concentrated dust package.