The pulverizing energy in the form of highly pressurized air enters the milling zone(chamber) through several nozzles. The feed material in the milling zone is fluidized by the air jets.The particles impacted and intersected in the air jets at the focal point are changed their sizes and physical properties. In other words, the grinding is a result of the particles impacting in the focal pointand of shear flows in the peripheral zone of the air jets.

The grinding air then flows through the classifying wheel(classifier) located in the mill head and the product is classified. Fine particles exit the mill through the classifying wheel entrained in the air and are collected in a filter. Coarser particles fall back into the fluidized bed and are comminuted until they have reached the desired fineness. The fineness is set as a function of the air flow rate, the grinding air pressure and the classifying wheel speed.

*Yield rate of the sample : 1 kg ~ 2,500 kg per hour (vertical type jet mill)

*The pressure drop accompanied by the temperature drop at the discharging port of milling zone (good for heat-sensitive materials and low melting point materials)

*Cyclone separators

*Classifier (cartridge type)

*Bag filter (collecting the fine dust)

*Easy to clean and replacement

PLC Controller for DSM series (adjustment and control)