Steam jet mill S-MQW series

verticalfor lithium batteryfood

Using superheated steam as gas source, high energy utilization rate. • High energy utilization rate, low operating cost, grinding particle size range D50: 0.5-10μm. • The revolution of dry milling technology, the milled particle size can reach sub-micron or nanometer level, which greatly improves the energy utilization efficiency and realizes low carbon, energy saving, environmental protection and resource recycling by supersonic steam jet mill. • Applicable materials: bulk solid wastes such as steel slag, slag, and fly ash; non-metallic minerals such as calcium carbonate, talc, quartz; new materials such as lithium carbonate, lithium iron phosphate, and white carbon black. Upgraded from a conventional jet mill, adopts unique high-temperature mechanical sealing technology and cooling technology, and uses high-temperature steam as the kinetic energy medium for milling. Through the specially designed Laval nozzle, the material is milled at high speed. The crushed materials enter the forced eddy current classification, the qualified materials enter the heat preservation collection system for collection, and the coarse materials fall into the crushing zone to continue crushing. The whole process is completed under the dry method.