[LBM TECH] The global debut of the fourth generation high-voltage LFP positive electrode material (S526) using a single sintering process, driven by LBM for industrial upgrading
Release time:
2025-03-21
On March 21st, 2025, the grand opening of LOPAL TECH "LOPAL DAY" marked the global debut of multiple cutting-edge technologies. As the core operator of LOPAL TECH's positive electrode material business, LBM officially launched the fourth generation high-voltage LFP positive electrode material - S526 at this press conference, redefining the performance boundary of power batteries with breakthrough technology and injecting strong momentum into the global new energy industry. This heavyweight product, which embodies the core research and development achievements of LBM, has become a key milestone in promoting the industry's upgrade towards high energy density and low cost with its breakthrough production process, ultra-high performance, and mass production stability.
Technological Breakthrough: Breaking the Industry Performance Ceiling
S526 has achieved significant breakthroughs in key performance indicators, with a powder compaction density of up to 2.62g/cm ³. This data means that it can store more electrical energy in limited space, providing longer lasting battery life for end products and meeting the urgent market demand for high-performance lithium battery materials.
A sintering process opens a new era of mass production
Compared to the fourth generation high-pressure solid product S501 produced by the secondary sintering process, S526 has achieved a direct reduction in process costs through innovative improvements in the preparation process. Its breakthrough "one-time sintering" process technology simplifies the traditional multi-stage sintering process into a single precise temperature controlled molding, ensuring the particle size distribution effect of the product while significantly reducing energy consumption and production cycle.
Mass production escort: technology landing accelerates industrial upgrading
At present, S526 has completed multiple rounds of mass production verification on the LBM high-voltage positive electrode material production line, and the measured data is highly consistent with laboratory indicators. This marks that the product not only performs well in the laboratory stage, but also has consistency and stability in large-scale production. LBM's comprehensive quality control system and advanced production equipment ensure the high-quality output of each batch of products, providing a solid guarantee for the stable supply of the global power and energy storage market.
The birth of S526 is not only a victory in technological breakthroughs, but also a result of collaborative innovation in the new energy industry chain. The head of LBM R&D stated at the press conference, 'We are working together with global partners to leverage material innovation as a pivot, to strike a triangular balance between lithium battery energy density, safety, and economy, and to make high-performance new energy technologies accessible worldwide.'“
As global lithium battery production capacity moves towards the TWh era, LBM is driving the new energy industry's leap from technological iteration to value reconstruction with diversified and high-quality cathode material solutions. In the global narrative of carbon neutrality goals, LBM will continue to provide strong technical support for the rapid development of new energy vehicles and energy storage systems, contributing Chinese wisdom to global sustainable development.
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