The use of traditional crushing machinery in the granularity, powder output, powder collection, and preservation of effective ingredients in the powder. It has certain limitations. The medicinal materials also seem to be unpredictable. In the past, extensive processing methods can no longer meet the requirements of traditional Chinese medicine production. Therefore, the urgent demand of the market has derived the high -precision crushing equipment such as airflow crusher. After many applications, the airflow crusher can perfectly meet the needs of the industry and further expand the application range of ultra -micro crushing equipment.
The particle size is very high when the airflow crusher is produced, and the product rate is constantly increasing than the traditional equipment. It can also be very good. The particle size of the product can be adjusted arbitrarily within the range of 1 ~ 74um. The airflow crusher causes high -speed collisions and severe friction between the material particles in the crushing room. At the same time, the high -speed airflow has a shear effect on the material to achieve the purpose of crushing the material. When the gas is sprayed with nozzles and the heat expansion, the gas will cool down, which offsets the heat generated by the collision and friction of the material. The material is significantly increased by the surface area through the superilation, and the surface can be very high, so there is a strong mutual attraction to achieve a stable trend. In order to prevent the gathering of the powder, it is in a single dispersing state. It can adopt appropriate surface treatment and packaging. technology. Therefore, the extraction method is simplified, the extraction time is shortened, and the transfer rate is improved. This not only saves time, speeds up the production cycle, also saves energy, and improves the comprehensive utilization of raw materials. The qualified fine powder carries the turbine classifier that is carried into the upper part of the fluidized bed. The airflow crusher enters the cyclone collector after classifying the qualified materials. The thinner tail part is carried into the dust collector from the airflow. After filtering through the bag, the tail material enters the material of the lower part of the dust collector, and the pure air is emptied. When replacing the loss of loss and rolling bearings, pay attention to the use of the process threaded holes. The crushed substances were shocked, friction, and materials collided with each other. The pieces can be discharged directly from the grinding cavity, and the discharged mouth is released. The general materials must be collected after crushing. The crushed materials are collected in the bag, and the air will come out of the small pores of the bag, which will not discharge fine powder.