Composite NFPP High Rate Polyanion Sodium Ion Battery Cathode Material

Composite Sodium Iron Phosphate NFPP Long Life High Rate Polyanion Sodium Ion Battery Positive Electrode Material

Material Advantages​​

1. ​​Structural Stability​​

   • NASICON-type framework with 3D Na⁺ diffusion channels
   • Minimal volume change (<4%) during cycling

2. ​​High-Rate Performance​​

   • Maintains ≥96 mAh/g at 1C discharge rate
   • Suitable for fast-charging applications

3. ​​Long Cycle Life​​

   • Stable polyanionic (PO₄/P₂O₇) structure resists degradation
   • Consistent performance over extended cycles

4. ​​Safety Features​​

   • Inherent thermal stability (decomposition >400°C)
   • Non-flammable composition

​Applications​​

• ​​Grid-scale energy storage systems​​
• ​​Electric vehicle batteries​​
• ​​Backup power solutions​

Specifications​

GUANGDONG XWELL TECHNOLOGY CO., LTD. is a high-tech enterprise specializing in intelligent equipment design, production and sales, providing mechanical engineering technology design and consulting services, electronic engineering design and consulting services. XWELL's core team was established in 2010 and officially established in June 2014. XWELL relies on South China University of Technology(SCUT), and the core team is composed of several doctors and masters from SCUT.

XWELL's main products are battery production line machines, such as spot welding machine, battery sorting machine, battery sticking machine, battery capacity grading machine, battery charge and discharge aging machine, battery general testing machine, and so on. The main application areas are new energy lithium batteries, automobiles and other industries, Especially in the fields of new energy, automotive wiring welding and other fields, XWELL has accumulated rich engineering experience and mastered a full set of core technologies, and can provide customers with a complete set of services from technology to equipment, helping customers to establish efficient and reliable production lines in the shortest time .