Milling – micronisation

Solutions for grinding and micronization processes.

Solution for a better grinding product with dual-action nitrogen

Nitrogen is capable of preserving the ground product in two ways:
– By preventing the effects of moisture and oxygen (inertization)
– By lowering the grinding temperature (cryogenic grinding).

-196°C

Liquid nitrogen temperature

<5 ppm

Humidity: dry gas

Ultracold or inert nitrogen can help reduce the heat generated during the grinding process, producing high-quality, ultra-fine, and uniformly sized particles.

Gaseous nitrogen can be used for micronization applications, in accordance with the pharmacopeia. The inert substance (nitrogen) makes the micronization process more reliable, increasing productivity and quality.

Cryogenic grinding

Cryogenic grinding

The cooling power of liquid nitrogen is used for the treatment of sticky or heat-sensitive materials.

Micronization in a nitrogen flow

Micronization in a nitrogen flow

Nitrogen preserves the characteristics of the pharmaceutical product and produces a particle size distribution that is better than what can be achieved with alternative methods.

Cryogenic grinding

We can follow the grinding process in the laboratory just as on an industrial scale, thanks to collaboration with leading manufacturers.

Using the appropriate gas helps optimize operations, reduce long-term costs, and achieve greater productivity and operational flexibility. This way, it is possible to do more with less.

Solutions and technologies for the chemical and pharmaceutical industry

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