Fuyi disc centrifuges are widely used in a variety of wine processes . High performance is consistently achieved in continuous, semi-continuous or batch operations.
Ruggedly build in a range of sizes, Fuyi centrifuge separator provide an efficient, cost-effective technology for research through production applications. For extremely high solid concentrations, drum centrifuge can be supplied for high performance separations.

Disk stack centrifuges are high-speed centrifuges for the mechanical separation and clarification of mixtures comprising solids and liquids. These machines can be used in a wide range of applications. Due to their special design, disk stack centrifuges work at a higher rotation speed than other centrifuges such as decanters. As a result, the centrifugal acceleration (g-force) generated by a disk stack centrifuge is significantly more powerful than in decanter centrifuges. Moreover, the disks included provide a large
clarifying area. Thus, it is possible to separate ultra fine solid particles from a liquid and to separate liquid mixtures in an efficient way.

Application

It is used for separating fermentation liquid ,emulsion and suspension which solid content is 1-5%,for example, regeneration of oil and lubricating oil, purification of plant oil: Chemical industry: nitroglycerin, benzoic acid, emulsion separation; pharmaceutical industry: extraction of penicillin, tetracycline, roxithromycin,bacteria, antibiotic, alkaloid extraction; food: milk separation, separation of beverage flavoring agent

Technical Parameters

The machine is composed of main body, transmission device, drum, liquid collecting tray, and liquid-feeding bearing base. There is a flexible main axis on the top of drum, and a damping floating bearing at its bottom. With the linked buffering device, the main axis is connected with the passive wheel. Through the conveyor and the fastening wheel, motor provides power for the passive wheel, so the drum rotates around itself axis by high speed, and form strong centrifuge force field. Materials are launched from the bottom feeding inlet, by the centrifugal force, liquid flows upward along the drum wall, and is separated to layers because their different density.

GF model: Liquid with big density forms the outer liquid circle, while liquid with small density forms the inner circle. Then liquid will flow out of the upper outlet accordingly, and those little solid will be deposited on the drum wall, and be removed by manual after machine stops.

GQ model: Solid particles with big density are gradually deposited on the drum’s inner wall, and forms sediment layer, after machine is stopped, is removed by manual. While the clarified liquid flows out through the outlet on the upper of the drum.