In the traditional continuous process, the material discharged from the overflow port with substandard particle size becomes unqualified product, which reduces the output and increases the cost. On the basis of continuous PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC process, with the concentrator will overflow unqualified material circulation pump to the reactor until the particle size reaches the standard, the fine powder produced in the process in the repeated cycle continuously improved.
The MATERIAL significantly reduces the diameter distance, improves the consistency of particles, effectively solves the problems of slow growth rate and low yield of the ternary precursor of nickel COBALT manganese hydroxide in the synthesis stage of PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC, and greatly improves the yield and yield of the synthesis stage. The cost is reduced and the consistency of particles is improved. In order to reduce the excessive nucleation caused by high local supersaturation during the synthesis of Ni-Co Al precursors,
The alkali pipe and aluminum alkali pipe are divided into upper and lower two layers of feeding, and the stirring is also divided into upper and lower two layers, increasing the flow of fluid, in addition to the overflow of unqualified materials back to the reactor. PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC Multiple alkali feed tube reduces the generation of crystal nuclei, resulting in a narrow particle size distribution of nickel cobalt aluminum precursor products, which is significantly improved.
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