Working principle of pulse dust collector in air flow ultrafine pulverizer
Industry analysts said that with the advancement of scientific and technological progress, manufacturing process improvement, my country's market on micro-powder and ultrafine powder is continuously improved, and the importance of gas flow grinding is increasingly prominent. The downstream application is constantly Expansion, the industry has a good prospect. At the same time, the application of high-performance materials and new materials has also made my country's market automation, intelligence, and high precision requirements in China, and upgrades to high-tech content to the inevitable trend of my country's gas flow grinding industry.
Airflow Ultrafine Crusher is used for dry ultra-fine pulverization of solid substances, mainly used in ore, chemical, oxides, battery materials, new materials, etc., which play an important role in industrial development. The important components in the air-flow ultrafine pulverizer are pulse dust collectors, and its effect is to separate dust from the gas, thereby achieving dust explosion, preventing environmental pollution, how is it run? Let's take a look at the working principle of the pulse dust collector in the air flow ultrafine pulverizer.
As the filtering time is increasing in the pulse dust filter bag, there is more and more dust, increase the resistance of the filter bag, resulting in gradually decreasing the treatment of the hair, in order to make the pulse dust removal Normally, to control the resistance within a certain range, the filter bag must be cleaved, and the pulse controller is triggered by the pulse controller to open the pulse valve, and the compressed air in the air bag is transiently passed by pulse valve to the spray tube. Each well is sprayed into the filter bag, and the pulse filter bag instantly expands, so that the dust accommodated on the surface of the filter bag is detached, the filter bag is regenerated.
When the pulse bag dust collector is working properly, the dust-containing gas is entered into the dumping, due to the rapid expansion of the gas volume, a part of the thicker dust particles are inertia or natural settlement, and the rest of the large part The dust particles entered the bag chamber with the airflow. After filtering the filter bag, the dust particles are stuck in the outer side of the filter bag, and the purified gas enters the upper box inside the filter bag, and then discharged into the air in the air. The purpose of dust removal is achieved. As filtered, the dust removal resistance also increases. When the resistance reaches a certain value, the clear gray controller issues a clear gray command, first turn off the lift valve plate, cut off the filter airflow; then, the cleaning controller is pulsed The solenoid valve is transmitted. As the pulse valve is used as the high-pressure reverse air flow of the cleaning, the filter bag is rapidly blotting, and a strong jitter is generated, resulting in dust in the outer side of the filter bag.To achieve the purpose of the gray. Since the equipment is divided into several boxes, the above process is carried out by a box, and a box area is still working properly when a box area is in the case, ensuring continuous operation of the device. The reason why it can handle high concentration dust, the key is that this strong gray ash is extremely short.
The components of the airflow ultrafine pulverizer are mainly pulverized hosts, cyclone collectors, pulse dust collectors, air blowers, etc. ALPA Powder Technology With an open gesture, the new trend of current artificial intelligence development, the new opportunities of gestation, realizing the industrial powder equipment manufacturing industry and artificial intelligence, the deep integration of the Internet of Things, Further promoting the overall jump of the industrial powder equipment manufacturing industry.
