The process involves precisely mixing a precursor consisting of metal complex compounds such as nickel and cobalt with lithium salts, such as lithium hydroxide or lithium carbonate.

Advancements in fine particle technology through particle crushing and surface treatment have led to the miniaturization of positive electrode materials.
As the raw materials become finer, they are more prone to aggregation, inhibiting contact between different particles.
In the subsequent firing process, it is necessary for different materials to come into contact with each other to facilitate the synthesis reaction caused by firing. However, the strong adhesion and aggregation resulting from the particle size reduction make it difficult to bring together particles of different chemical species, making it necessary to use a mixer that can provide strong shear forces to overcome aggregation, particularly for heavier powders. 

We will propose devices that meet your requirements, such as equipment for high-speed rotation to achieve precise and uniform mixing, or devices capable of processing large quantities at once.