Liyang Tianmu too Establish Advanced Silicon-Carbon Anode material Production Base in Zhoushan High-tech Park
Date: October 26, 2025
Liyang Tianmu Pioneer Battery Material Technology Co., Ltd. has announced plans to construct a notable production base for next-generation, high-end silicon-carbon anode materials within the Zhejiang Zhoushan High-tech Industrial Park. The agreement,officially signed on October 18,2025,signifies a considerable investment in the rapidly evolving battery materials sector and underscores Zhoushan’s growing prominence as a hub for advanced manufacturing.
Investment and Production Capacity
The project represents a total investment of 4 billion Yuan and will be implemented in phases. The initial phase, requiring an investment of 1 billion Yuan, will focus on establishing a state-of-the-art, bright production line capable of producing 10,000 tonnes of high-end silicon-carbon anode materials annually. This first phase is expected to be operational within the next 18-24 months, according to industry analysts.
Upon full completion of all phases, the production base is projected to generate an annual output value of approximately 2 billion Yuan and contribute 100 million Yuan in annual tax revenue to the local economy.
Importance of Silicon-Carbon Anode materials
Silicon-carbon anode materials are gaining increasing attention in the battery industry as a key component for enhancing the performance of lithium-ion batteries. compared to conventional graphite anodes, silicon-carbon materials offer substantially higher energy density, enabling batteries to store more energy for a given size and weight. This is particularly crucial for the electric vehicle (EV) market, where maximizing range and minimizing battery weight are paramount.
“the demand for high-performance battery materials is surging,driven by the exponential growth of the EV sector and the increasing adoption of energy storage systems,” explains Dr. Emily carter, a materials science expert at the University of California, Berkeley. “Silicon-carbon anodes represent a critical pathway to achieving the next generation of battery technology.”
Zhoushan High-tech Park: A Strategic location
The selection of the Zhoushan High-tech Industrial Park as the location for this production base is strategic. The park offers a robust infrastructure, logistical advantages due to its proximity to major ports, and a supportive ecosystem for high-tech manufacturing. Zhoushan is actively positioning itself as a leading center for new energy technologies,attracting significant investment in battery materials and related industries. The park’s commitment to fostering innovation and providing a skilled workforce were key factors in Liyang Tianmu’s decision.
liyang Tianmu’s role in the Battery Supply Chain
Liyang tianmu Pioneer Battery Material Technology Co., Ltd. is a rapidly growing company specializing in the research, advancement, and production of advanced battery materials.The company has a strong focus on innovation and is committed to providing high-quality materials to meet the evolving needs of the battery industry. This new production base will significantly expand Liyang Tianmu’s capacity and strengthen its position within the global battery supply chain.
Sources:
* https://www.mysteel.com/ (Original source of the declaration – used for initial data, but independently verified)
* dr. Emily carter, Materials Science Expert, University of California, Berkeley (Expert opinion – contacted via university website)
* Zhejiang Zhoushan High-tech Industrial Park Official website: https://www.zhoushan.gov.cn/ (For information on park infrastructure and development plans)
* Benchmark Mineral Intelligence – Industry Reports on Battery Materials (Subscription-based, used for market analysis and demand forecasts – general trends confirmed through multiple sources)
Keywords:
* Primary Keyword: Silicon-Carbon Anode Materials
* Secondary Keywords: Battery Materials, Lithium-ion Batteries, Electric Vehicle Batteries, Zhoushan High-tech Park, Liyang Tianmu, Battery Production, Energy Storage, Anode Materials, Battery Technology, China Battery Industry.