With a global vision for next-generation lithium battery anode materials, BIMT has independently developed nano-scale silicon-carbon anode materials that feature high energy density and long cycle life, meeting the demanding battery performance requirements in high-end applications such as electric vehicles.

Our advanced quality management system provides reliability assurance throughout the entire process, encompassing raw material selection, product design, testing, manufacturing processes, and production workflow, ensuring consistently stable, safe, and reliable product quality.

BIMT has access to extensive silicon material sources, enhancing the availability and economic viability of silicon-carbon anodes. Through innovative nano-processing technology that optimizes nano-silicon material interfaces, we produce cost-efficient silicon-carbon anode materials that deliver high performance at competitive prices, meeting mass market demands.

BIMT nano-scale silicon-carbon anode materials demonstrate broad compatibility across diverse application scenarios with varying performance requirements. We provide customized, one-stop solutions addressing specific battery challenges in multiple sectors, including electric vehicles, consumer electronics, power tools, and aviation.

With rich industrialization experience, BIMT operates a 500-ton annual capacity pilot line for silicon-carbon anode materials. Upon completion of our new materials industrial park, built with a total investment of approximately 6 billion yuan, we will achieve an annual production capacity of 50,000 tons of nano-scale silicon-carbon anode materials and 200,000 tons of novel conductive additives.