Material enters the main machine's crushing chamber, where it is subjected to impacts, collisions, abrasions, shearing, and compression with the chamber components and particles due to the high-speed rotation, achieving ultra-fine crushing. The qualified graded particles are discharged through a separator and collected in a collector, while the coarse powder continues to be crushed.
The Energy-saving Graded Impact Mill is a newly developed impact crushing equipment independently researched and developed by our company, boasting superior performance and a multitude of successful application cases.
1Low energy consumption, strong crushing ability, and stable equipment system.
2Highly precise grading, with efficiency at the industry level.
3Excellent wear resistance: Wear parts are made of new composite materials with good wear resistance, capable of processing Mohs hardness5Domestic material, long service life.
4High mechanical stability: capable of continuous production without downtime.
5Thermal sensitivity: Material can be dried and moisture adjusted; can be milled at low temperatures, with milling temperature35Below 0℃
6Vacuum production with zero dust pollution and excellent environmental conditions.
7Highly automated, strong stability, easy to operate.
Widely applied in non-metallic mining, chemicals, building materials, food, medicine, feed, new materials, energy, environmental protection industries, and ultra-fine pulverization, disintegration, and granule shaping of various dry powder materials.










Fluidized Bed Airflow Milling and
Airflow Super Fine Pulverizer
Spherical Graphite Shaping Machin
DWS Research-Specific Laboratory
Inert Gas Protected Air Mill
DWF Precision Airflow Classifier
