battery cathode material lithium cobalt oxide powder LiCoO2 LCO for lithium battery material

:Lithium Vanadium Phosphate (LVP) is a new type of cathode material for lithium-ion batteries, which has the advantages of stable structure, good safety and long cycle life.

lithium difluorophosphate poweder is an inorganic compound with the chemical formula LiPO₂F₂.

This is a micro-nano-scale prussian blue-like material, mainly used in sodium-ion batteries.

Lithium manganese oxide powder LMO Mn - 102, with a manganese - based system delivering a 1C capacity of 102mAh/g and a retention rate of over 90% after 100 cycles. It has low metal impurities (Fe/Cu/Zn < 0.02%) and is suitable for portable - device lithium batteries. It's available as 1kg/PE - bagged laboratory - grade material for immediate use.

Quaternary Layered Ni-rich cathode material NCMA, with a specific capacity of 230mAh/g and a tapped density of 3.23g/cm³, has low lithium salt residues (LiOH 1845ppm). Suitable for high - density electrodes of 3.2g/cm³, its ultra - high - nickel system of 56.32% balances energy density and cycle life, making it the preferred option for power batteries.

High - purity PVDF binder Kynar, with over 99.5% purity, a thermal decomposition temperature of 410℃, and a viscosity of 1500 MPa·s, is compatible with the NMP solvent system. PVDF binder has low moisture and high binding strength, and is suited to slurry systems of high - nickel ternary and lithium iron phosphate cathodes. It's a ready - to - use material packaged in 1kg aluminum foil bags.

MS-PMT-1 is a P2-type Nickel Manganeselayered oxide cathode material for sodium-ion batteries, delivering 117.31mAh/g specific capacity at 0.1C (4.25-2.0V) with 95% initial efficiency. Featuring a high tap density (1.586g/cm³) and optimized particle size distribution (D50=10.47μm), it enables high-energy-density battery designs for EVs and grid storage.