Centrifugal extraction equipment is a sharp tool for industrial liquid-liquid separation. Its core working principle is to use the centrifugal force generated by high-speed rotation to quickly separate immiscible liquids with different densities.

This equipment is widely used in chemical, pharmaceutical and environmental protection industries, and is favored for its high separation efficiency and stable operation.

The core component of the equipment is the drum. When the equipment is running, the drum rotates at a very high speed, forming a powerful centrifugal field inside.

After two immiscible liquids (such as water and solvent) enter the drum through the feed port, they are quickly stratified under the action of centrifugal force. Denser liquids (such as the water phase) are flung toward the outer layers, while less dense liquids (such as organic solvents) gather in the center.

Finally, the separated liquid is discharged through different outlets to complete the separation of the substance.

Compared with traditional gravity separation, the separation speed of centrifugal extraction equipment is significantly improved, and it is especially suitable for processing materials with high separation difficulties. In addition, modern centrifugal extraction equipment is usually equipped with a sophisticated control system that can adjust the speed and flow rate in real time, thus ensuring the stability of the separation effect.

Through efficient separation, centrifugal extraction equipment not only improves industrial production efficiency, but also reduces resource waste and environmental pollution, and is an important tool to achieve green production.