Pioneering Sodium-Ion Technology
NFPP Polyanion · Long Life · High Safety · Sustainable
Technology Path - Polyanion
Polyanion technology represents a robust and highly stable cathode framework, utilizing strong covalent-bonded anionic groups to ensure exceptional cycle life, superior thermal safety, and structural integrity for high-performance sodium-ion batteries.
As a premier representative, the NFPP (Na₄Fe₃(PO₄)₂(P₂O₇)) system excels due to its unique structural chemistry—the hybrid polyanionic framework facilitates rapid sodium-ion migration while significantly suppressing volume expansion during cycling. This makes NFPP an ideal high-performance candidate for long-life energy storage applications.
Key Advantages
- High-Temp and Low-Temp Superiority
- High Stability, Extending Battery Life
- High Rate Performance & Fast Charging
- Good Safety
- Environmental Friendliness
- Low Cost and Abundant Resources
Main Application - Vehicle Starting Battery
Polyanionic cathodes are ideal for automotive starter batteries, where their robust crystal structure and thermal resilience ensure reliability under rigorous conditions. They excel in starting and start-stop applications by providing the high-power density required for instant cold starts and the durability to withstand frequent, high-current cycling.
With a stable voltage platform and superior low-temperature kinetics, these materials deliver consistent, safe, and long-lasting power across diverse operating environments.
Diverse Applications - UPS, Diesel Generator Sets, Marine
Sodium-ion technology is precision-engineered for the rigorous demands of diverse applications. We deliver a stable, high-performance, and sustainable alternative to legacy batteries—optimizing everything from backup response times to cold-cranking performance.
