LiFePO4 is a novel type of cathode material for lithium-ion batteries that boasts high power output, large capacity, excellent cycling performance, extended lifespan, low cost and environmental friendliness as well as superior safety features. Therefore, it has emerged as the most dependable cathode material for energy storage and power applications.
Currently, FePO4 is the primary source material for synthesizing LiFePO4. With a huge market demand, we have developed an innovative process that bypasses the use of FePO4 and directly utilizes elemental iron to synthesize LiFePO4 in one step. This process eliminates the need for additives by combining phosphorus, lithium, and carbon sources in a single step. It reduces heavy equipment investment, saves energy consumption, greatly lowers production costs, and yields outstanding physical indices and excellent electrochemical performance. The technology has reached the industrial stage.
We firmly believe that the excellent cost performance and high cleanliness of the production process for LiFePO4 will revolutionize the industry, playing a crucial role in its widespread and comprehensive promotion.
