Co(OH)2 Molar Mass

TOPLUS^® Cobalt Hydroxide

RFQ: What is the molar mass of Co(OH)₂?

92.948 g/ mol

RFQ: What is Co(OH)₂? 

TOPLUS^® Co(OH)₂ is a key cathode material precursor and performance enhancer that directly affects the performance and stability of the battery.

TOPLUS^®  Co(OH)₂ is a key cobalt source for synthesizing lithium cobalt oxide, a core cathode material in lithium-ion batteries.

As a positive electrode active material or additive in alkaline batteries such as nickel-metal hydride and nickel-cadmium batteries, the molar mass of Co(OH)₂ can effectively improve the discharge plateau and cycle life. Due to its layered structure and high theoretical specific capacitance, it has been widely studied for use in supercapacitor electrodes and as a high-capacity lithium/sodium-ion battery anode material.

TOPLUS^® Co(OH)₂, as a battery precursor or active material, can directly improve the energy density, power density, and cycle stability of batteries. In alkaline battery manufacturing, it is easier to control the processing than cobalt suboxide, the electrodes are less prone to oxidation and decomposition, and the process control is simpler. Its precise Co(OH)₂ molar mass is the basis for calculating stoichiometry, designing battery formulations, and ensuring the consistency of electrochemical performance of electrode materials (such as lithium cobalt oxide).

In general, TOPLUS^® Co(OH)₂ plays a dual role in the battery field, serving as both a fundamental raw material and a cutting-edge electrode material. Its value is fully realized through precise control of its morphology and structure.

If you would like to learn more about its specific reaction mechanism as an anode material or the latest research progress on its molar mass, I can provide a more detailed introduction.