Lithium iron phosphate is becoming the preferred cathode material for batteries due to its numerous advantages, such as abundant iron and phosphate resources, low cost, high capacity, excellent high-temperature performance, high power output, long cycle life, and environmental friendliness. The growing market demand for this material is driving the research of new battery materials, systems, and processes.

Recently, the National Lithium Iron Phosphate Materials Industry-University-Research Cooperation Summit Forum was held in Chengdu, Sichuan, to further explore the technological upgrading and equipment application in this field.

During the forum, Zhou Xianming, the Sales Director of the Battery Materials Business Unit of ONGOAL TECH, gave a keynote speech on "Large-scale Production, Intelligent Manufacturing of Key Equipment for Lithium Iron Phosphate."

 As competition in the new energy industry intensifies, reducing costs and increasing efficiency has become important direction for the future development of intelligent equipment. Zhou Xianming introduced several innovative products developed for lithium iron phosphate production and particularly emphasized the intelligent upgrading of the direct-drive sand mill, which simplifies the structure and input power fluctuations with loads, resulting in significant energy savings compared to the first-generation design. The comprehensive energy saving is 10%-20%.

To address the tendency of lithium iron phosphate to agglomerate at high temperatures, the cooling structure of the cylinder and thermal conductivity groove has been improved to achieve low-temperature grinding and improve grinding efficiency. The wedge-shaped and spiral screen, combined with the ultrasonic self-cleaning system, effectively reduces the risk of blockage and achieves high-efficiency and unobstructed discharge.

ONGOAL also uses fluid simulation technology to repeatedly simulate and optimize the grinding field, temperature field, and fluid field, to meet the requirements of efficient and stable large-scale production of battery materials. ONGOAL hardware equipment and system software work together to provide customized grinding system solutions based on customer needs.

In conclusion, high-quality battery materials require efficient and intelligent equipment and production lines. ONGOAL Technology is dedicated to exploring new paths for product and system iteration and upgrading, solving customer pain points, and creating greater intelligent manufacturing value for battery enterprises by developing products and technology towards "high efficiency, reliability, and green energy-saving."