Developed based on the high-speed ultrafine grinding principle to meet the requirements of battery graphite grinding. Ultra fine grinding can be performed on battery materials or other materials with morphological requirements, followed by impact crushing and spheroidization treatment to reduce material edges and improve sphericity, thereby controlling morphology and meeting both morphological and particle size requirements.

1The unique shaping design of the equipment improves the sphericity of the material and achieves a high yield rate80-90% or more.

2. Narrow particle size distribution and high seismic density.

3. Low energy consumption, strong crushing ability, and stable equipment system.

4、Equipment lining materials can be selectedStainless steel, ceramic (alumina)）Zirconia, nylon, polytetrafluoroethylene, food grade rubber or polyurethane lining, etc，Make special requests according to requirementsCustomized

5. Strong mechanical stability: capable of continuous production throughout the day.

6. Negative pressure production, no dust pollution, excellent environment.

7. High degree of automation, strong stability, and easy operation.

Specially used for graphite, diamond, carbides, nitridesSilicon carbide, mica, wollastonitePositive and negative electrode materials of batteriesclass.

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