The new Jet Mill appeared on the market, requiring aseptic Jet Mill, some customers worry about what effect does not use Jet Mill to reach, will it be aseptically effect? Explanation, if we do not apply to isolation, it can be very good to achieve a sterile crushing effect.
Because Jet Mill is a relatively close system, there is no communication with the outside in the production process. We only need to control two docking points when you use it. If we add a unit After the pulverization, the discharge port can be very good to ensure a sterile docking and material transfer, which can save a lot of expenses, and the important problem with sterile crushing fabrics is that its own liquidity is not very good. The material adhering to the pipe and the inner wall may not be able to discharge the equipment in time, causing the material to be lost during the CIP process, so that the polishing effect of the inner wall of the device is as good as possible. 0.1 or 0.2.
The other problem is the process of CIP. If the material forms a relatively hard block in the pulverization plate, it is impossible to use manual to clean, and it is necessary to manually assist the cleaning and then do CIP. Jet Mill makes a complete set of crushing systems. After the compressed air is dried, it is sprayed into the pulverizing chamber by the Lavar nozzle, and the material is repeatedly collided with the intersection of the multi-high pressure airflow. The crushing material is pulverized after the fan pulling force Airflow movement to the grading area, under the power of high-speed rotation, the thick centrifugal force generated by the high-speed rotation, the fine particles that meet the particle size requirements are collected by the grading wheel into the cyclone and the dust collector, and the crude particles drops to the pulverizing region to continue pulverization. . Air flow milling is compressed by the Raval nozzle accelerates the supersonic gas stream, and the injection zone is brought into the pulverization region to cause the material to be fluidized (the airflow expansion is suspended, and therefore, each particle has the same motion state). .
