High‑Speed Ceramic Ultra‑Fine Homogenizing Emulsifier

High‑Speed Ceramic Ultra‑Fine Homogenizing Emulsifier

This machine adopts a gap‑free high‑speed shearing principle, which uniformly refines materials to a particle size of 0.5 μm. It is an upgraded replacement equipment in the field of ultra‑fine processing and will become a flagship product in the wet refining market.

The stator and rotor of the machine are inlaid with high‑hardness special ceramic blades, which shear and pulverize materials at a speed of 1–2 million times per minute. Its unique high‑efficiency fluid motion design transforms materials into ultra‑fine micron‑grade particles.

It plays an important role in saving raw materials, reducing costs, and improving equipment quality. This equipment is particularly suitable for applications in pharmaceuticals, cosmetics, dyes, food, and other industries.

The machine exhibits almost no wear during operation, ensuring stable precision even after long‑term use. These advantages are unmatched by conventional stainless‑steel homogenizers.

Our company can manufacture various models for both production and laboratory use according to customer requirements, including vertical, horizontal, in‑line, and multi‑stage units with different flow rates and capacities, meeting the diverse needs of wet ultra‑fine grinding across various industries.

Advantages

◆ Excellent emulsification performance for materials with viscosity up to over 50,000 CPS; achieves thorough mixing and uniform emulsification, with emulsified particle diameter up to 2-5 μm.

◆ Vacuum feeding design ensures high production efficiency, simple and reliable operation.

◆ Integrated all-in-one operation: capable of heating, melting, vacuumizing, homogenizing and cooling in a single unit.

◆ Fully made of stainless steel, featuring vacuum stirring for hygienic and sterile production.

◆ Easy to clean and maintain.

◆ Equipped with the newly developed ceramic gap-free high-speed shearing homogenizing emulsifier, enabling material particle diameter to reach 0.5 μm.

Main Technical Parameters