Working principle of sedimentation centrifuge

Settlement centrifuges are currently two main types of horizontal settling centrifuges and three-leg settling centrifuges. Both of these are high-speed sedimentation centrifuges, which are much more efficient than ordinary sedimentation centrifuges. They have a novel design that can greatly increase the sedimentation speed of materials, accelerate the production speed, and reduce the production costs of production enterprises. At present, Guangzhou Used in medicine, chemical industry, sewage, food and other industries.

Working principle of sedimentation centrifuge:

The density difference between solid and liquid is used. Under the action of centrifugal force, the solid material with a larger specific gravity will settle on the inner wall of the drum to form an annular solid phase layer. The screw conveyor is in the differential (differential is The equipment to ensure the stability of the difference speed, the double frequency conversion speed control equipment sharing the bus, realize the stepless adjustment of the drum speed and the difference speed, can get used to the change of the flow rate and concentration, and ensure the outstanding and stable separation function). The screw and the drum produce a constant differential speed, pushing the dewatered solid phase sediment from the small end of the conical drum, and the lighter specific clarified liquid overflows from the overflow end of the cylindrical end, so it works continuously. To achieve the purpose of successive separation.

The price of the centrifuge manufacturers is mainly determined by the type and model of the centrifuge. Horizontal decanter centrifuges are a little more expensive than three-leg decanter centrifuges. Compared with different materials, the required skill cost and development cost are different, and the production cost alone will be very different.

At the same time, different skill requirements will also be different in the configuration of the equipment, such as different motor power, different inverter controllers, etc, will lead to different prices. The higher the function of the decanter centrifuge, the higher the cost of skills and development costs, and the higher the cost of production.

Especially for some decanter centrifuges that require special customization, the price of a single decanter centrifuge is much higher than the cost of a conventional decanter centrifuge. For production alone, hundreds of machines also require the cooperation of so many production employees. A customized centrifuge also requires the cooperation of so many production employees. It is conceivable that the production cost, skill cost, and development cost will increase, because the price will definitely be higher.