LThree Phase Centrifugal Decanter 5400r/Min Speed For Coal Tar Separator

Product Description--------------------

In our three phase decanter centrifuges, the light and heavy liquids are discharged via the force of

gravity and the centrifugal force, which effectively prevents the phases mixture and incomplete separation. Ordinary three phase decanter centrifuges often generate incomplete separation because

of unstable light / heavy phase liquid compositions, while in our centrifuges, the interface of light / heavyphase liquids can be regulated with constantly changing material compositions

in the machine working, thus optimal separation effect is achieved. Currently, our three-phase decanter centrifuges are used in the separation of oils, water and slags / dregs in the coal tar industry, the petrochemical industry, the fish powder industry, the swill oil industry, the electrolytic copper industry, and the waste scraps in the slaughter houses.

Material: high quality stainless steel

Bearing: SKF brand. A special selection and arrangement of bearings provides for long life and exceptional reliability

Wear protection: carbide sheets of spiral feeder and replaceable alloy sleeves of drum outlet and spiral feeder outlet

Product Feature ------------------------

The decanter centrifuge can be adjusted to suit individual requirements by varying:

1. Bowl speed to ensure the exact relative centrifugal force required for optimized separation.

2. Differential speed, for optimized balance between liquid clarity and solids discharge capacity.

3. Pond depth in the bowl for optimized balance between liquid clarity and solid dryness.

Working principle ------------------------

Separation takes place in a horizontal cylindrical bowl equipped with a scroll conveyor. The processing material is fed into the bowl through a stationery inlet tube and is smoothly accelerated in the accelerate chamber. Centrifugal forces cause instant sedimentation of the solids on the wall of the bowl. The conveyor rotates in the same direction as the bowl, but at a different speed, thus moving the solids towards the conical end of the bowl.

Technical parameters ------------------------