wet grinding nano mill

详情

grinding chamber with a length/ factor of approx. 2.5 - 4 the grinding chamber is filled with grinding media in the range of ؠ0, 1 - 4 mm up to *0 - *0% activation of the grinding media by centrically mounted grinding disks the product flows axially through the grinding chamber separation of the product at the end of the grinding chamber by a separation system Operation mode usually one or two passages, depending on grindability of the products Hydraulic grinding media compression limited mobility of the grinding media increased solid friction increases the wear of the grinding media and machine parts. increased power consumption of the machine high power consumption and reduced heat exchange leads to increasing product outlet temperatures increased flow resistance increases the machine pressure peg grinding system with high energy density up to 2 - 3 kW/dm? high cooling surface small length to diameter ratio wear and corrosion proof materials adapted tothe application High efficient centrifugal separation system even distribution of the grinding media through a extrem wide range of operation parameters (troughput rate , *****) product flow from the inlet along the shaft round the edge of the rotor into the separation zone, out through the slotted pipe screen size  0, *-times the diameter of the smallest grinding media (0, **- times for spherical media) Circulation operation the product circulates through the mill and again back into the batch tank and it mixes with the feed product the product in the batch tank has to be intensively mixed  death spots simplest circulation process