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Published: 08 September 2024
In the field of industrial separation technology, GN Separations has recently completed the production of a three-phase decanter centrifuge. This machine will soon be dispatched to a domestic environmental customer.
The versatility of GN Separation's 3-phase decanter centrifuges is truly unrivalled, finding applications in a wide range of industries where precise and efficient separations are essential.
3-Phase decanter centrifuge has the features of wide application range, continuous work, large processing capacity, low cost, easy maintenance, etc. It is the best equipment for solid-liquid separation. It is widely used in chemical, light industry, medicine, food, paper making, mining and other industries.
1. Differential gear has high precision, compact structure, smooth running and high safety.
2. The main bearing adopts imported bearings to ensure its running precision and convenient operation.
3. the parts in contact with materials are made of high quality stainless steel.
4. the whole machine is equipped with a variety of safety overload protection devices to ensure safe production.
5. the whole machine system is designed with common type and explosion-proof type to meet different requirements.
6. large aspect ratio, high speed, with a variety of angles of the drum cone structure.
7. the spiral pusher is made of hard alloy material for hard surface treatment, with strong wear resistance.
8. The machine frame can be designed into low centre of gravity type, high support type and mobile type according to users' needs.
9. The spiral structure with BD plate is suitable for thickening and dewatering of activated sludge and materials which are difficult to be separated.
10 according to the actual requirements can be matched, double frequency conversion and intelligent automatic control system.
The wide range of applications for GN Separation 3-phase decanter centrifuges has made GN a major supplier to many industrial separation sectors. Please feel free to contact us for more information.