Turbo Mill for Lithium carbonate

Modern production not only pursues production and finished product quality, but also develops in the direction of environmentally friendly energy. Especially in the comminution industry, the overall development trend of Turbo Mill for Lithium Carbonate technology in my country is to develop stable, high, high quality, etc.

Many manufacturers who want to make a crushing process will choose to purchase a Turbo Mill for Lithium Carbonate, but not all crushers can apply production and processing, and the wrong processing method will make the pulverizer wear speed becomes fast. . The wear of the pulverizer is too fast, and the inner cavity of the pulverizer of the comparison should be used when the material hardness is too large.

The device operates for a long time in a higher pulverized pressure, which requires uniformity of cyclical replacement loss.

The products after the crushing are generally single peaks. If there is a double-peak or peak main reason, the pulverization pressure is unstable. The solution is based on the gas supply of gas source equipment to meet the amount of gas required for work, ensuring that the lowest air supply pressure of the gas is high than the working pressure.
The feed speed is unstable. Solution to check if there is a blockage at the feed valve; the material is not very viscous, uniform in liquidity, and the stable control feed speed. The filter cake is formed in the pulverizer chamber. The solution is suspended, and the filter cake in the pulverizer chamber will then restore production.

ALPA Composite Powder Turbo Mill for Lithium Carbonate Case Sharing: This customer is a renewable resource company that requires a different particle size selection of composite powder, which requires ultrafine powder less than 30 μm. Investigate a number of domestic grading equipment manufacturers, did not find the right equipment, and finally found the right equipment in our AlPa, and selected our vertical grade machine equipment. Product particle size: D97 ≤ 30μm hour yield: 80T
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