Wuhan University of Technology Ye Jing invented "Chinese herbal medicine impact friction" can effectively solve the problem of ultrafine pulverization efficiency in the ultrafine pulverization method of Chinese herbal medicines, especially existing airflow pulverization devices The disadvantage of the use of physical properties. The working principle is fed from the spiral feeder to the centrifugal disc, and the mixing acceleration tube is passed through the material dispenser and the plurality of nozzles, respectively, the rotary target is respectively, and the rotary target is friction on different rotating target surfaces. Under the action, the medicinal material is impacted, and after rubbing, the coil flows into the turbo grading mechanism of the upper part of the equipment, and the qualified product is separated, and the disguised dispenser will be dispensed. The results of the crush show that there is a good effect on the toughness of the plant's powder brittle Chinese herbal medicine and fiber, and the pearl mother of minerals has a good effect. Thermal resin has a good effect.
Battery material airflow pulverization equipment consists of a crushing host, a cyclone separator, a pulse dust box, and the like. The material is subjected to the pulverization chamber by the feed, and the high-speed airflow is blown by the high-speed airflow, which is pulverized and rubbed, and the pulverization fine can adjust the distance from the grading knife and the hierarchy disc to achieve the desired fineness, and the smash material is transferred. The role of centrifugal force and air blower enters the cyclone separator, then, the dust enters the pulse dust collector by the shutter, and the recovery is filtered through the anti-static dust release bag. Suitable for ultrafine pulverization of dry powder raw materials such as battery materials, electronic materials, fine chemicals, polymer new materials. Battery material airflow pulverization equipment advantages: 1, no temperature rise, especially suitable for thermal materials ultrafine pulverization.