LG Chem begins mass production of cathode materials without precursors
From March 5th to 7th, LG Chem will be showcasing at the InterBattery 2025 exhibition held at the COEX Convention Center in Seoul, South Korea. The company will present its "precursor-free cathode material (LPF: LG Precursor Free)" which has been mass-produced for the first time in Korea, accelerating its layout in the market for next-generation battery materials.
*InterBattery 2025: As the largest professional battery industry exhibition in Korea, it covers an area of over 400,000 square meters and attracts more than 640 companies from around the world to participate.
LG Chem's LPF cathode material does not require the separate production of a precursor. Instead, it directly sinters custom-designed metals to form the cathode material. This method of producing cathode materials not only improves performance such as low-temperature power but also significantly reduces the time cost required for developing new precursors.
With these advantages, without the need to increase investment in precursor production capacity, it will help reduce the amount of wastewater and carbon emissions generated during the precursor manufacturing process.
LG Chem plans to start mass-producing LPF cathode materials in the first half of this year. Starting from here, the company will expand the application of LPF technology in new products in the future, aiming to provide customers with differentiated innovative solutions in terms of performance, cost, and environmental protection.
At the same time, LG Chem is committed to &l
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