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NETZSCH GRINDING & DISPERSING

Application Literature

The Right Solution for Your Application

Explore the NETZSCH Grinding & Dispersing application literature. Use the filter options to quickly access the information for applications and technologies relevant for you. Discover practical examples showcasing the use of NETZSCH mills, mixers, or classifiers in real-world applications – and perhaps the perfect solution for your challenge.

Machine Technology

Wet Grinding Dry Grinding Confectionery Systems Classifying Mixing / Dispersing / Homogenizing Systems / Plants Toll Processing

Application

Agrochemistry Additive Manufacturing Alternative Proteins Battery Masses Carbon Materials Cement Ceramics Cocoa Liquor Lactose Magnets Mechanochemical Activation Pigments Printing Inks Protein Shifting Rare Earth Alloys

Case Study - Gravure Ink Plant, Rochdale, UK

Discover how NETZSCH engineered a state-of-the-art gravure ink plant for Sun Chemical in Rochdale, UK, enhancing quality and efficiency.

Case Study - Flexographic Ink Plant, Barcelona, Spain

See NETZSCH's engineering excellence in action with the turnkey flexographic ink plant for Sakata Inx in Barcelona.

Case Study - Heatset Ink Plant, Erfurt, Germany

Explore how NETZSCH's advanced plant engineering achieved remarkable ink production efficiency in Erfurt, Germany.

Dry Fine Milling of Plant Protectives

Discover NETZSCH's innovative dry fine milling solutions for plant protectives, enhancing efficiency and precision in agrochemical production.

Cocoa Grinding with minimal Metal Transfer

Experience the future of cocoa grinding. Our Tango^® system delivers superior fineness with less metal contamination.

Dedusting of Metal Powder for Additive Manufacturing (3D-printing)

Discover how NETZSCH's technology improves the quality of metal powders for additive manufacturing through efficient dedusting processes.

New Developments and Optimization in the Process of Graphite Spheroidization

NETZSCH revolutionizes graphite spheroidization with the GyRho unit, enhancing yield rates and process efficiency.

Sustainable Increase in the Effectiveness and Environmental Compatibility of Plant Protection Products and Fertilizers through the use of Nanomaterials

Nanotechnology in agriculture: Enhancing crop protection, reducing environmental impact, and improving efficiency with NETZSCH.

Protein Shifting and Enrichment with the use of Dry Grinding and Classifying

Explore protein shifting and enrichment with NETZSCH's dry grinding and classifying technologies, designed for efficient and sustainable food processing.

Improving Battery Performance and Reducing Mixing Time with NETZSCH Planetary Mixer PMH

Discover how NETZSCH planetary mixers revolutionize battery-slurry mixing, reducing time from hours to minutes while enhancing quality and efficiency.

Dry Grinding and Classifying of Ceramic Materials

Explore advanced dry grinding and classifying for ceramics with NETZSCH jet mills and classifiers. Boost efficiency and precision in your production processes.

Innovative Process for Cryogenic Grinding and Inline Screening

Explore NETZSCH's advanced cryogenic grinding and inline screening, streamlining processes from cooling to screening for superior productivity.

New processes for the production of fine-grained Nd-Fe-B powders with narrow particle size distribution

Explore innovative processes for producing fine-grained Nd-Fe-B powders with precise particle size distribution for advanced magnet manufacturing.

Extraction of Difficult to Grind Components when Grinding Rare Earth Powders

Discover advanced solutions for extracting hard-to-grind components in rare earth powder processing, ensuring optimal magnet production.

Choosing the Right Grinding System for (processing) Pigments

Explore optimal grinding systems for pigment processing, including mechanical impact mills, jet mills, and steam jet mills, tailored for various pigment types.

Fine grinding of Lactose

Explore NETZSCH's advanced solutions for fine grinding of lactose, featuring high density bed jet mills and impact mills for precise particle sizes.

Mechanochemical Activation of Supplementary Cementitious Materials (SCMs) in Construction

Explore how Mechanochemical Activation of SCMs boosts strength and sustainability in construction. Discover innovative solutions today!