LG Chem to Showcase Precursor-Free Cathode Materials at Interbattery 2025
LG Chem is set to make a major announcement at the upcoming Interbattery 2025 exhibition, scheduled for March 5-7 at COEX in Seoul, South Korea. The company will reveal its plan to mass-produce precursor-free cathode materials for the first time in Korea, marking a significant advancement in its position within the battery materials market.
First Korean Company to Mass-Produce Precursor-Free Cathode Materials
As a leading player in the battery industry, LG Chem will become the first Korean company to begin mass production of precursor-free cathode materials. These innovative materials, branded as LG Precursor Free (LPF), are produced by directly calcinating custom-designed metals, eliminating the need for traditional precursors. This process not only enhances power performance at low temperatures but also accelerates development time. By removing the need for precursor production, LG Chem is reducing wastewater generation and minimizing the carbon footprint, thus contributing to environmental sustainability.
Starting mass production of LPF cathode materials in the first half of 2025, LG Chem plans to extend the use of this technology to a wide range of new products. The company aims to offer differentiated, customized solutions for its customers, balancing performance, cost, and environmental impact.
Interbattery 2025: A Showcase of Next-Generation Battery Materials
Interbattery, Korea’s largest battery industry exhibition, will host over 640 companies worldwide in a space exceeding 400,000 square meters. LG Chem’s participation at this event will highlight the company’s latest technological advancements in battery materials. Under the theme “Sustainable Future, Powered by LG Chem,” the company will present a broad array of innovative products and technical solutions aimed at improving the affordability and performance of electric vehicles (EVs).
In addition to its LPF cathode materials, LG Chem will showcase its flagship high-nickel cathode materials, including ultra-high-Ni products with over 95% nickel. These high-performance materials are essential for enhancing the energy density and cost-effectiveness of EV batteries. Other products on display include high-voltage mid-Ni cathode materials, high-density lithium iron phosphates (LFP), and advanced LFP products blended with nickel-cobalt-manganese (NCM).
Enhancing Safety and Performance with Advanced Solutions
At Interbattery 2025, LG Chem will also introduce next-generation materials designed to improve battery safety and performance. One such innovation is Nexula™, a state-of-the-art aerogel thermal barrier that prevents fires and thermal propagation in batteries. LG Chem will also showcase flame barrier foams (FBF) and flame barrier sheets (FBS), which help delay or prevent fires in battery systems. These materials are essential for ensuring the safe operation of batteries, particularly in high-performance EV applications.
Additionally, LG Chem will highlight solutions for EV charging infrastructure, such as cables and housings designed for improved performance and safety. The company will also showcase its advancements in next-generation cathode materials for dry electrode and solid-state batteries, positioning itself at the forefront of the evolving energy storage market.
A Digital Upgrade for Enhanced Customer Experience
To further enhance its customer experience, LG Chem will unveil a new website, www.lgchem-emobility.com, during the exhibition. The platform will provide detailed information on the company’s major exhibition items and offer insights into LG Chem’s ongoing advancements in EV-related materials. The website aims to provide a more seamless digital experience, allowing customers to easily access the latest product details and technical innovations.
Leading the Future of Battery Materials
Shin Hak-Cheol, CEO of LG Chem, expressed the company’s commitment to leading the future market with next-generation innovative materials. “We will actively target the future market with next-generation innovative materials for batteries, such as LPF cathode materials and safety solutions,” he stated. “We will lead the battery materials market with our continuous technological innovations and customer-focused solutions.”
With its focus on safety, performance, and environmental sustainability, LG Chem is positioned to drive significant growth in the battery materials industry. The company’s innovative LPF cathode materials, combined with cutting-edge solutions for EV charging and battery safety, are set to play a crucial role in shaping the future of the electric vehicle market.
Conclusion
LG Chem’s participation at Interbattery 2025 will showcase its leadership in the development of advanced battery materials. The company’s debut of precursor-free cathode materials, alongside its next-generation safety solutions and EV charging infrastructure, underscores its commitment to innovation and sustainability. As LG Chem continues to lead in technological advancements, it remains focused on providing its customers with high-performance, cost-effective, and environmentally friendly solutions for the growing global demand for electric vehicles and energy storage systems.
