GlobeCore offers a range of colloid mills with different capacities depending on the model and application. Their throughput varies from small laboratory units to industrial-scale machines: smaller colloid mills for lab or low-volume work might handle about 0.1-1 m³/h, mid-range models like the CLM-2/4 can process around 2-4 m³/h, larger industrial units such as the CLM-8/16 have capacities of 8-16 m³/h, some high-throughput models, like the CLM-18, are rated up to about 18 m³/h. So the approximate maximum capacity in GlobeCore’s standard portfolio is on the order of ~18 m³ per hour for a single mill in continuous operation, with larger or customized systems possible depending on specific requirements.

For applications requiring higher capacities, GlobeCore can also offer larger colloid mill configurations designed for continuous industrial operation. The selection of a suitable model depends not only on the required throughput, but also on the product characteristics, such as viscosity, particle size, temperature sensitivity, and the desired degree of dispersion.
The CLM-16/25 colloid mill shown below represents one of the higher-capacity solutions in the product range, combining increased productivity with precise control of the milling process for demanding industrial applications.

Thanks — that matches GlobeCore’s higher-capacity offering. The highest documented single-unit capacity is 30 m3/h for the CLM-40.2 (designed for tasks like grinding granules or SBS polymer in modified bitumen production; it can operate indoors or outdoors, uses a heat carrier up to 180°C and withstands up to 0.6 MPa). The CLM-16/25 you attached is indeed one of the higher-throughput models as well, with a rated range of about 16–25 m3/h depending on the product; it’s optimized for inline homogenization and emulsification (bitumen emulsions in particular) and uses concentric rotor/stator toolrings with multiple configurations and contact-free rotation up to ~45 m/s for controlled dispersion and shear.

If you need help selecting between these or considering larger continuous configurations, tell me your target throughput and key product parameters — viscosity, particle size, temperature sensitivity and required dispersion/homogenization level — and I’ll recommend the most suitable model and operating window for your application.