Colloid Mill is prominently used in particle size reduction and particle de-agglomeration processes. The process is called emulsification. Colloid mills work on the rotor-stator principle. This is highly used in industries where grinding, dispersing, homogenising gel, ointment, and high-viscous fluid are essential. Majorly focused industries would be pharmaceuticals, food, fine chemicals, and many others.

The product is fed into the narrow gap between the stator and rotor through the inlet hopper. Due to the high level of shear force, a size reduction in material is obtained. Further particle size is achieved by modifying the gap between the rotor and stator assembly. The processed product can be obtained from the drain line, and if required, it can be recirculated with the help of a three-way cock valve.

  • Less wear and tear due to its build design
  • Uniform homogenising and higher throughput
  • Higher capacity with a minimum requirement
  • Increase the stability of suspensions and emulsions.
  • Compact in size
  • Easy to handle
Key Features
  • cGMP Model
  • Tiny footprint
  • Contact parts (SS 316/316L) and non-contact parts (SS 304)
  • Seamless and tool-free design
  • Easy to dismantle during the cleaning procedure
  • Ease of operation
  • It is easy to adjust and maintain the gap between the stator and rotor.
  • Grinding accuracy is 5–10 microns.
  • An extra discharge spout is provided for viscous material.
  • Equipped with a three-way cock valve for draining and recirculation of liquid
  • A variable-frequency drive can be provided for speed control (optional).
  • Flame-proof construction (optional)
  • Water jacket system (optional)
We can design and manufacture equipment as per the below standards.
Technical Specification
Contact Parts SS 316
Output 145 to 1400 Ltr./Hr. (Depends on Material)
Hopper Capacity 20 Ltr
Stator & Roter Special Design Conical
Grinding Accuracy 5- 10 Micron (Depends on Material)
Motor 5 HP
For additional details, kindly refer to the product brochure provided below: