Recently, a new
airflow crusher appeared in the market
Because the airflow crusher is a relatively closed system, it does not communicate with the outside during the production process. When we use it If we add a ingredient and the outlet after the crushing, the material can be very good to ensure sterile docking and material transfer. This can greatly save a lot of costs. The important problem of sterile crushing fabric is that it itself is itself. If the liquidity is not very good, the materials that adhere to the pipe and inner wall may not be discharged from time to time, causing the material to be lost during the CIP process. Therefore, the polishing effect of the inner wall of the device should be done as much as possible. Another problem is the process of the CIP. If the material is formed in a relatively hard block in a crushed disk, it is impossible to use artificially to clean it. It requires artificial assistance cleaning and then CIP. The air flow crushing unit forms a whole set of crushing systems. After the compressed air is filtered and dried, it is sprayed into the crushing cavity at a high speed through the Rawar nozzle, and the materials at the intersection of multiple high -pressure airflows are repeatedly collided, rubbing, cutting and crushing. Under the strong corporal effect of the high -speed rotating hierarchical turbine, the thick and thin materials are separated by the high -speed rotating turbine. The fine particles that meet the particle size requirements enter the cyclone separator and the dust collector through the hierarchical wheel. Essence The airflow crusher is to compress the air through the Rawar spraying peony to accelerate into the supersonic airflow and shoot into the crushed area to make the material become darling (the airflow swelling is a darning bed suspended and collided with each other), so each particle has the same movement of the same movement state.