Compaction Upgraded to 2.65 g/cm³, Changzhou Liyuan Launches Fourth-Generation High-Pressure Compacted Lithium Iron Phosphate Product

Published: Apr 22, 2024 18:25
As technology continues to advance and application scenarios expand, battery manufacturers' demand for high-pressure compacted positive electrode materials is growing stronger. Whether for energy storage systems or power batteries, high-pressure compaction technology has become an important threshold for material applications. High-pressure compaction not only means a significant improvement in material performance but is also key to achieving efficient, stable, and energy storage.

As technology continues to advance and application scenarios expand, battery manufacturers' demand for high-pressure compacted positive electrode materials is growing stronger. Whether for energy storage systems or power batteries, high-pressure compaction technology has become an important threshold for material applications. High-pressure compaction not only means a significant improvement in material performance but is also key to achieving efficient, stable, and energy storage.

To this end, Changzhou Liyuan released its latest fourth-generation high-pressure compacted lithium iron phosphate S501 on April 18th, bringing a breakthrough to the new energy market with its outstanding compaction performance. S501 is an upgraded version of Liyuan 1. Through innovative technologies such as optimized element doping and special sintering processes, significant improvements in material compaction and charge-discharge capabilities have been achieved.

Its powder compaction density reaches 2.65 g/cm³, a leading position among similar products. This breakthrough not only enhances the product's energy density but also meets the diversified needs of different application scenarios. Whether for electric vehicles, energy storage power stations, or other new energy application fields, the fourth-generation high-pressure compacted S501 can provide powerful performance support and meet users' demands for highly efficient, stable, and safe products.

Calculation data from the Changzhou Liyuan Research Institute shows that with the powder compaction of S501 increased to 2.65 g/cm³, more electricity can be loaded in the same volume, providing stronger energy support for applications such as electric vehicles and energy storage power stations. Changzhou Liyuan has always adhered to the corporate mission of "using super LFP materials to achieve super lithium battery customers". Through continuous technological innovation and product upgrades, it is dedicated to providing customers with better, more efficient, and safer lithium battery material solutions.

The launch of S501 showcases Changzhou Liyuan's technological strength in the new energy field and injects new vitality into the development of the new energy industry. In the future, Liyuan will continue to focus on the new energy field, continuously launching more innovative and competitive products, and contributing more to the sustainable development of the new energy industry.

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