Classifier Milling Systems products

The CMS Air Swept Classifier Mill System combines dynamic-impact grinding and particle size classification in a single continuous process. Independent drives for the Impact Rotor and Classifier Wheel allow the system operator to independently adjust their rotational speeds, thereby optimizing drag and tip speed control in producing the target particle size distribution. CMS Air Swept Classifier Mills are available from 5 HP (horsepower) to 600 HP.

The Classifier Milling System Tabletop Lab System, ideal for batch testing and product development, has the particle size reduction and classifying functionality of the CMS production level Air Swept Classifier Mills.

The CMS Pin Mill is an excellent grinding mill option when your production targets call for particle sizes at medium fineness |> 35 µm D90 |.

Classifier Milling Systems manufactures high-efficiency cyclones in various constructions, including special alloys and refractory-lined cyclones, which are designed to meet extreme and challenging work conditions, such as work environments associated with high temperature or corrosive gases. CMS has installed cyclone classifiers for processing powder coatings, pigments, resins, bauxite, gypsum, limestone, cement, and numerous other feedstock materials.

The hammer mill is a rugged high-speed industrial impact mill (turbo mill) engineered to operate in high-volume production environments requiring continuous particle size reduction, so commonly used in industrial chemicals, food, and pharmaceutical industries.

Dust Collectors – Efficiencies up to 99.99%. Designed for recyclable fines capture in dust-generating environments, CMS manufactures robust dust collector systems that meet prevailing industrial and environmental regulations. Add our proprietary filtering capabilities and storage capacity, and you’ve got an industry-leading solution. CMS Dust Collector models are designed to take on superfine dust in the most robust processing operations.

DRY SORBENT INJECTION (DSI) is an Air Quality Control technology utilized for regulatory compliant mitigation of sulfur dioxide, sulfur trioxide, and hydrogen chloride | SO2, SO3, HCl | and for marginal pollutants | HF, Hg, PM10, PM2.5, H2S, H2SO4 | from power plants and industrial burners, such as cement and lime producers. Size reduction milling systems are at the heart of DSI Technologies. The residence time of milled sorbent materials with pollutants | occurring within the flue-gas stream at a target temperature window | determines the pollutant capture and neutralization level. By increasing the surface size of the sorbent, you are creating a greater contact area for adherence of toxins to the sorbent surface and therefore achieving a higher pollutant capture value.