
NETZSCH-Feinmahltechnik GmbH is one of the market leader in wet grinding technology. The bundling of process-related know-how and the extensive machine program from laboratory to production machines to complete production lines is our strength. Customized for each application numerous wet grinding aggregates for grinding down to the nanometer range are available.
The 8th International Nanotech Exhibition in Korea
at KINTEX (Korea International Exhibition...
„Operation and Process Control of Agitator Bead Mills“ - Selb, Germany
The circulation grinding system for all fields of application. Suitability for all viscosities and nearly all products is achieved with different grinding media from 90 µm to 3 mm. This provides highest product qualities and fineness down to the nanometer range.
Specially designed for grinding and dispersing to the nanometer range. This new development combines easy handling and revolutionary machine technology with ergonomic design.
The disk grinding system sets new benchmarks regarding capacity and flexibility. You profit from well-engineered technology that has already been proved for processing different products.
The optimized, vertical disk grinding system guarantees reliable continuous operation at highest operating safety when processing mineral and ceramic products as well as cocoa masses.
The basket mill TopMill offers quick product changes, easy cleaning without product losses, easy handling and flexible production possibilities.
The Premier PSM Submersible Basket Mill is an exceptionally versatile dispersion system that can be applied to a wide range of processing industries.
The PSDM-55 Drum Mill is an economical version of our popular PSM Submersible Basket Media Mill. This freestanding, stand-mounted basket type mill has an independently powered milling shaft/basket assembly and separate single mixing shaft.
The new generation of PRK agitator bead mills enables for the first time a constant circulation grinding of carbide suspensions. You achieve highest product qualities at exact reproducibility and easy cleanability.
A colloid mill does its work by hydraulic shear, bringing to bear a tremendous amount of energy on a small portion of material in the form of a thin film. This will reduce particles to their ultimate crystal size by breaking up the agglomerates into which they form.