Anode materials are at the core of every lithium-ion battery, powering devices from smartphones to electric vehicles and renewable energy systems. These components shape the battery’s performance, influencing discharge capacity, cycle life, and charging speed. Most LiBs today use graphite as the preferred anode material due to its structural stability, low reactivity, and optimal alignment for lithium-ion storage. TACC is dedicated to developing advanced anode material that enhances battery performance & meets customer need materials that enhance battery performance and meet evolving customer needs.
The TP Series is a high-power secondary anode material optimized for fast charging and high-rate battery performance. This secondary synthetic graphite offers high capacity, excellent first-cycle efficiency, and low expansion. It supports a charging rate of 2C to 3C and reliable performance even at rates above 4C.
The TE series is engineered for high-energy, cost-effective LiBs applications. The synthetic graphite product delivers high capacity, high tap density, excellent first-cycle efficiency, low expansion, and long cycle life, enabling support for a 1.5C to 2C charging rate. It is a high-energy-density anode material optimized for enhanced battery capacities and extended range.
This synthetic graphite series offers long cycle life with improved particle morphology, designed for cost-effective LiBs applications. It uses high-quality materials to create small, low-orientation particles that reduce expansion and extend battery life. It’s a durable, powerful, and affordable choice for long-lasting performance.
