To Solve The Pain Points Of Lithium Iron Phosphate Production, Yushun Intelligent Direct Drive BSM-1000 Sand Mill

With the continuous expansion of lithium iron phosphate batteries in the domestic and overseas markets, the capacity scale of one million tons calls for the large-scale production capacity of core equipment.

At the same time, the double carbon pressure has put forward higher requirements for energy conservation and emission reduction of the whole production chain, and the positive electrode material production line has been facing high energy consumption pain points, and the demand for green energy-saving production has become increasingly strong.

To this end, Yushun Intelligent launched the BSM-1000L direct drive sand mill, with the outstanding advantages of "high capacity, low energy consumption, intelligent", to meet the needs of customers' production line development planning.

• Meet the customer's larger production line capacity planning.
• Permanent magnet direct drive structure design, comprehensive energy saving about 20%.
• Low temperature grinding to avoid agglomeration of lithium iron phosphate under high temperature grinding.
• Stable operation, effectively solve the grinding process of the cavity overheating, easy to plug material, grinding medium easy to invade the sealing surface and other problems.

Challenges and solutions
Based on deep technical accumulation, Yushun Intelligent has formed a standardized and modular design for the production of phosphorus-iron series positive electrode materials, and put forward a number of solutions around many pain points in the industry.

As the leading equipment for the preparation of lithium iron phosphate materials, Yushun intelligent direct drive BSM-1000 sanding mill has overcome the technical problems such as low efficiency, large wear and easy plugging of lithium iron phosphate materials in the core grinding process, and is widely used in wet grinding of lithium iron phosphate, which is a weapon for material enterprises to create core competitiveness in the field of new energy materials.