Alpha-Manganese Dioxide
Alpha-Manganese Dioxide (α-MnO2) is a high-performance electrode material engineered for next-generation aqueous batteries. Its unique 2×2 tunnel structure provides open atomic pathways for rapid ion transport, enabling high specific capacity, fast kinetics, and excellent cycling stability. Ideal for advanced zinc-ion, sodium-ion, and supercapacitor research.
Iron Phosphate
Utilizing a stable heterosite crystal structure, Iron Phosphate (FePO4) resists lattice strain during cycling while providing open channels for rapid ion transport. Cast on conductive carbon paper for aqueous battery applications, these electrodes are ready to assemble and offer a dimensionally stable, high-rate platform to accelerate your aqueous energy storage research.
Olivine Sodium Iron Phosphate
Engineered specifically to thrive in water-based chemistries, our Olivine NaFePO4 offers exceptional phase stability and resistance to aqueous degradation. This emerging material provides a highly secure, non-flammable framework, making it the ideal choice for researchers and developers pioneering ultra-safe, eco-friendly stationary energy storage systems.
Carbon-coated Sodium Titanium Phosphate
Boost high-rate performance and cycle life with our Carbon-coated Sodium Titanium Phosphate NaTi2(PO4)3 electrode sheets. Optimized for aqueous sodium-ion batteries, this NASICON-structured anode material is cast on carbon paper and features a uniform carbon matrix to maximize electronic conductivity and ensure structural stability.
