Three Key and Core Technical Supports
SVOLT NMX Cobalt-Free Cathode Material
comparative Performance Compared with NCM811 Material
Thermal runaway (°C)
Keep 1000 life cycles
NCM811
155
87
NMx
170
95
The new generation of high-energy density lithium iron phosphate material is mainly used for power batteries. It has the advantages of higher graphitization and uniformity due to carbon coated layer, better low-temperature performance, as well as higher compaction density characteristic.
Application Fields
Medium-Nickel High-Voltage Ni6 Material
The medium-nickel high-voltage material (Ni6) of SVOLT has a total capacitance of 0.33C ≥ 194mAh/g, which is higher than the competitors (≈ 193mAh/g). The DCR of 50% SOC in normal temperature of 4.4V is 15-20% lower than the competitors, making it suitable for high-energy density fast-charging cell projects.
Medium-Nickel High-Voltage Ternary Material (Ni6)
The 4.35V system is subject to excellent cycling performance and lower gas production for better service life and safety;
The 4.4V system has a higher energy density, which can match(satisfy) more demands and provide more choices in application directions;
No matter under the 4.35V or 4.4V system, the service life and safety of medium-nickel material are better than high nickel material, and the energy density is close to that of high nickel material, which is a cost-effective cathode material.