Product Description
Product Description
The material is continuously subjected to squeezing force and shearing force in the cylinder rotating at high speed, and the particle surface reaches a mechanical melting state under the action of friction, thereby coating the nano-scale material on the micro-scale material. It is generally used to spheroidize the particle morphology of negative electrode materials, improve the fluidity and bulk density of the particles, and meet the charging performance of the battery.
Working Principle
The material is continuously subjected to squeezing force and shearing force in the cylinder rotating at high speed, and the particle surface reaches a mechanical melting state under the action of friction, thereby coating the nano-scale material on the micro-scale material.
Performance Advantages
With the development of science and technology, new materials are widely used. The material often coats nano-scale materials on micro-scale materials. Our company combined with the latest technology to develop this mechanical fusion equipment. The device has advanced applications in the lithium battery industry.
Flow Chart
Technical Parameters
Application Fields
Lithium battery materials, nickel metal hydride materials, electronic components, electrical components, ceramic components, carbon powder, medicine, cosmetics, pigments, magnets, fuel cells, biochemical materials, thermal materials, powder metals, cement materials, etc. Under the action of friction, the particle surface reaches a mechanically molten state, thereby coating the nano-scale material on the micro-scale material.
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