CENTRIFUGE WITH PATENTED LIFTING BOTTOM DS

In the centrifugal drum there is a hydraulically activated sliding floor which moves in an upwards and rotational direction. The continuously fed materials first fall through the inlet funnel into the drum and land in a circle around the base of the drum wall.     The programmed sliding floor pushes the material in set cycles through the specifically designed bar screen integrated into the drum wall.At this point the material is separated into solids and fluids. The dried material is carried over the edge of the drum by the upwards push, bounces off the oil scraper ring on the housing wall and exits the centrifuge down through the tapered chip ejection funnel. The projected fluid flows off to the side along the fixed retaining wall down the diagonally placed outlet gulley under the drum into the adjacent holding tank.Subsequent material and the constant outwards motion of the sliding floor prevents the bar screen from sticking or getting blocked. The centrifuge's self-cleaning concept reduces cleaning work to the absolute minimum.     The sliding technology saves staff having to regularly clean the drums as they normally would. The machine housing stands on several oscillating components which ensure the centrifuge runs quietly.

^* Throughput depending on kind of material and coolant

PARAMAX® PARABOLIC CENTRIFUGE PV

Paramax centrifuges for continuous operation to separate metal chips and metalworking fluids. The most economic alternative at a low throughput of up to 2,500 kg/hour.     The special shape of the drum means the patented sliding floor is not needed here. Features include a compact and service-friendly design while being simple and safe to use. The drying temperature is up to 98%.The wet, free flowing chips are fed into the centrifuge's inlet funnel and fall into the drum. The centrifugal force presses the chips against the drum wall and they then find their way up onto the bar screen. This is where the solids separate from the fluids.     The dry chips are carried over the drum wall and leave the centrifuge by going down into a chip container or on an extracting conveyer belt. The projected fluids can be fed back into the operating machine for reuse or pumped back into a cooling fluid cleaning system.

^* Throughput depending on kind of material and coolant