Material enters the crushing chamber, at supersonic speed,400-600m/sUnder the action of airflow, the material is rapidly moved and achieves ultra-fine crushing through intense collisions, friction, and shearing. The crushed particles then enter the impeller classification area for grading. Coarse particles are returned to the crushing chamber for further crushing and grading.*Fine powder meeting the particle size requirements is collected by the collector. 

Our scientific research-specific laboratory equipment is a compact crushing device developed by our company, particularly suitable for university, corporate, and research institute laboratories.

1Integrate crushing and grading design, crushing product particle size1～150umAdjustable, with a narrow particle size distribution; also features material disassembly, dispersion, and granule shaping functions.

2The crushing components are made of composite wear-resistant material, ensuring a long service life.

3Made of stainless steel, suitable for medical, food, and other industries.GMPRequirements.

4UsedPLCAutomated or electromechanical control, reliable operation, easy to handle.

5Vacuum production with minimal noise and excellent production environment. 

Widely used in non-metallic mining, chemical industry, building materials, food, feed, new materials, environmental protection industries, and ultra-fine crushing, disintegration, and granule shaping of various dry powder materials.