Biomass hard carbon materials, characterized by high specific capacity, high initial efficiency, good rate performance, and good processing properties, are used as anode materials for sodium-ion batteries.series-TRNF2

This hard carbon anode material is produced from renewable biomass raw materials through a proprietary process. Its internal pore structure and disordered carbon layer distribution are rationally optimized, effectively enhancing sodium/lithium ion storage capacity. The product combines high specific capacity with excellent initial efficiency, maintaining stable output under medium-to-high rate charge-discharge conditions and exhibiting good power response characteristics.

Furthermore, its excellent processability facilitates electrode coating and mass production, meeting the application requirements that strike a balance between cost and performance.

This material is particularly suitable for small power batteries and two-wheeled vehicles, providing a reliable anode material option for lightweight and economical power systems.

key indicators

Note: The electrostatic homogenizer formulation is HC:SP: PVDF=92:4:4; if using an aqueous formulation, the recommended electrostatic homogenizer formulation is HC:SP:CMC: SBR=94:2:1.5:2.5.

transportation and storage

(1) The product should be stored in a dry, ventilated environment free of foreign objects.

(2) Handle with care during transportation to avoid damage to the inner plastic bag. Do not place heavy or sharp objects on the carton to avoid damaging the packaging.