因势新材完成数千万元天使轮融资，VC/PE阵容豪华

Group 1 - Hefei Yinshi New Materials Technology Co., Ltd. (referred to as "Yinshi New Materials") has completed several million yuan in angel round financing, led by Chery Group's CVC platform Ruicheng Fund, with participation from Temasek's venture capital arm, Xiangfeng Investment, Anhui State-owned Capital Operation Holding Group's Guokong Investment Company, and Xiaomi's strategic investment [1] - The funds raised will focus on two core areas: capacity expansion to accelerate the construction of a new production line for 300-500 tons of sulfide solid electrolytes, expected to begin construction in the second half of 2026, significantly enhancing supply capabilities to meet the growing demand from downstream customers [1] - The company aims to strengthen its core technological barriers by focusing on key areas such as electrolyte air stability, cell safety, and membrane technology innovation [1] Group 2 - Yinshi New Materials was established in 2024, incubated by a research team from Yanshan University and industry executives, focusing on high-performance and high-safety sulfide solid electrolytes [3] - The company provides all-solid-state battery material solutions, with core products including sulfide electrolytes and electrolyte membranes, applied in solid-state lithium-ion batteries [3] - Currently, the company has achieved stable annual production of 30 tons, meeting high industry standards in particle size distribution, batch consistency, and purity control, laying a solid foundation for large-scale commercialization [3] - The R&D team is focused on four core technological directions to enhance electrolyte air stability, improve cell safety, optimize low-pressure adaptability, and upgrade silicon-carbon anode compatibility for next-generation high-energy-density battery systems [3] - The company plans to further expand its R&D boundaries, focusing on cutting-edge areas such as lithium-rich manganese-based cathodes, lithium metal anodes, and anode-free systems, deepening the technological layout of sulfide electrolytes [3]