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NCM precursor is the main raw material for manufacturing NCM materials.
It mainly uses nickel salt, cobalt salt, and manganese salt as raw materials (nickel-cobalt-manganese hydroxide NiCoMnz(OH)). The same amount of NCM precursor is required to produce NCM materials. NCM precursors currently account for about 55% of the cost of NCM cathode materials. The properties of the precursor are very important, because the morphology, particle size, specific surface area, tap density and other factors of the precursor directly determine the physical and chemical indicators of the final sintered product.
There are several models of NCM (523, 622, 811, 9 series). In fact, different models represent different mass contents of Ni, CO, and Mn in the NCM precursor. In NCM, nickel is the main redox reaction element.
NCM precursor is the main raw material for manufacturing NCM materials.
It mainly uses nickel salt, cobalt salt, and manganese salt as raw materials (nickel-cobalt-manganese hydroxide NiCoMnz(OH)). The same amount of NCM precursor is required to produce NCM materials. NCM precursors currently account for about 55% of the cost of NCM cathode materials. The properties of the precursor are very important, because the morphology, particle size, specific surface area, tap density and other factors of the precursor directly determine the physical and chemical indicators of the final sintered product.
There are several models of NCM (523, 622, 811, 9 series). In fact, different models represent different mass contents of Ni, CO, and Mn in the NCM precursor. In NCM, nickel is the main redox reaction element.
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