Suitable for new energy, coatings, cosmetics, food, LED coatings, flexible printed circuit board manufacturing, and other industries. Particularly effective for the dispersion and slurry mixing of lithium-ion battery positive and negative electrode materials and various nanomaterials (such as nano-alumina, lithium titanate, nano-conductive carbon black, VGCF, and carbon nanotubes), offering high dispersion efficiency and excellent dispersion quality.
Slurry enters the dispersion barrel and forms a slurry ring due to the high-speed rotation of the dispersion wheel and baffle action. Centrifugal force from the dispersion wheel detaches the slurry from the wheel’s outer wall, causing it to collide at high speed with the barrel wall and creating a vacuum on the wheel wall surface. In this way, the slurry inside the dispersing wheel will pass through the dispersion hole on the dispersion wheel under vacuum. This process of suction, ejection, collision, and re-suction repeats multiple times, serving as the key mechanism for rapid slurry dispersion in high-speed dispersion machines.