? Centrifuge Performance

The centrifuge exhibits good operational stability and high automation during operation, creating a clean and hygienic working environment. The feeding, separation, and discharging processes of the centrifuge are carried out continuously in a closed condition. It can automatically adjust the differential speed and torque between the drum and the screw using a differential device according to the change in feed concentration, preventing material blockage inside the drum and ensuring the stability of the machine's operation and separation performance. The machine occupies a small area, is easy to install and maintain, and the operation site is clean and hygienic.

? Centrifuge Principle

The horizontal decanter centrifuge uses the principle of centrifugal sedimentation for solid - liquid separation. Since there are no filter screens or filter cloths, it will not cause blockage.
That is, after the drum and the screw conveyor of the centrifuge are started to reach the normal speed, a strong centrifugal force field is generated due to rotation. The suspension material is added into the screw through the feed pipe, and the material enters the drum through the discharge holes in the screw cylinder. Under the action of the centrifugal force field, the solid - phase material with a larger specific gravity adheres to the drum wall, forming an annular solid - phase layer. Under the action of the differential device (the differential device is a device to ensure the stability of the differential speed. The dual - frequency conversion speed - regulating device sharing the busbar enables stepless adjustment of the drum speed and differential speed, which can adapt to changes in flow and concentration and ensure a good and stable separation effect), the screw and the drum have a constant differential speed. The dewatered solid - phase sediment is pushed out from the slag outlet at the small end of the conical drum, while the clarified liquid with a lower specific gravity overflows from the overflow port at the cylindrical end. It works continuously in this way to achieve the purpose of continuous separation.

? Structure

This type of centrifuge is mainly composed of components such as the drum, screw conveyor, large and small end cover shafts, left and right bearing seats, differential device, motor transmission parts, machine base, machine cover, and electrical control box.

? Main Specifications and Technical Parameters of Two - Phase Horizontal Decanter Centrifuges