Tianjin Bamo Technology Co., Ltd.

Bamo Tech's high-voltage lithium cobalt oxide (LCO) cathode material series stabilizes the LCO crystal structure through combined bulk doping with metal and non-metal elements, improves compatibility with the electrolyte via surface coating, and optimizes morphology and particle size distribution by blending large and small particles to raise compaction density. It is the company's flagship product line for the premium consumer lithium battery market.

Chemistry: lithium cobalt oxide (LiCoO2) cathode material; Models: three high-voltage grades, 4.4V LCO / 4.45V LCO / 4.5V LCO; Structural stabilization: combined bulk doping with metal and non-metal elements stabilizes the LCO structure; Surface modification: coating improves electrolyte compatibility; Compaction density: blended large and small particles with optimized morphology and particle size raise material compaction density

• 3C electronic products
• Drones

Bamo Tech's high-nickel multi-element cathode material series covers high-nickel products in both the NCM811 (lithium nickel manganese cobalt oxide) and NCA (lithium nickel cobalt aluminum oxide) chemistries. Prepared with unique precursor formulations and synthesis processes, the materials use post-treatment technology to reduce residual alkali and coating technology to extend cycle life, targeting the high specific energy density power battery market for electric vehicles and power tools.

Chemistry: high-nickel NCM811 (lithium nickel manganese cobalt oxide) and NCA (lithium nickel cobalt aluminum oxide) cathode materials; Models: power-type NCA / capacity-type NCM811 / power-type NCM811; Precursor process: unique precursor formulation and synthesis process; Residual alkali control: post-treatment technology reduces residual alkali; Cycle life: coating technology extends cycle life

• EV power batteries
• Power tool batteries
• Electric motorcycle batteries

Bamo Tech's nickel-cobalt-manganese ternary cathode material series covers the mainstream NCM523 and NCM622 chemistries, with models differentiated by high-voltage, high-compaction and high-specific-energy orientations. Produced with unique precursor formulations and synthesis processes, and finished with post-treatment to lower residual alkali and coating to extend cycle life, the series is supplied to power battery systems.

Chemistry: NCM523/NCM622 lithium nickel manganese cobalt oxide ternary cathode materials; Models: 4.35V high-voltage NCM523 / high-compaction NCM523 / high-specific-energy NCM622; Voltage platform: 4.35V (high-voltage NCM523); Compaction density: high-compaction NCM523 is the high-compaction grade; Specific energy: high-specific-energy NCM622 is the high-energy grade; Residual alkali control: post-treatment technology reduces residual alkali; Cycle life: coating technology extends cycle life

• EV power batteries
• E-bike power batteries