Extensively used in new energy, coatings, cosmetics, food, and pharmaceutical industries.

The new vertical medium grinding system utilizes large-size grinding media for coarse grinding, effectively breaking up agglomerates in the initial stage of high-viscosity slurry grinding. Fine grinding employs smaller grinding media, and a special rotor structure design enhances fine grinding efficiency. This system is especially suitable for grinding and dispersion of carbon nanotube slurry.

1. Adapts to a wide range of grinding ball sizes (0.3-2.5mm grinding balls applicable). Large media facilitate rapid viscosity reduction in the initial stage, while small media enable rapid de-agglomeration in the fine grinding stage.
2. Achieves ultra-high flow rate circulation grinding (>300L/min). High-speed circulation enables high-frequency, rapid grinding in the grinding chamber, with short residence time and better slurry consistency.
3. New structure design ensures even distribution of grinding balls, preventing ball accumulation, local wear, and overheating.
4. Rotor and stator made entirely of non-metallic materials, avoiding metal contamination while improving grinding chamber wear resistance. All components in contact with the material are made of solvent-resistant materials (especially sealing components).
5. Centrifugal separation cage design prevents ball accumulation and is suitable for higher viscosity slurries.

Slurry enters the grinding chamber from the bottom inlet and mixes with the grinding media in the rotating rotor. Solid particles in the slurry disperse and de-agglomerate under the collision, friction, and shearing action of the grinding media, quickly reducing slurry viscosity and fineness. The ground slurry discharges through the outlet screen and outlet.