Hydro-cyclones are widely used in black and non-ferrous metal mines for grinding, grading,
concentration, dewatering, desliming, ultra-fine grades, and tailings filling, damming, and recycling processes.

The hydro-cyclone machine is a grading equipment that uses centrifugal force to accelerate the sedimentation of ore particles. It needs pressure to feed the ore, so it consumes a lot of power, but it has a small area, low price, large
processing capacity, high classification efficiency, and very fine overflow. Stream products are mostly used in the grading operation in the second stage of closed-circuit grinding.

1. The particle size of the graded product can reach a fineness of up to D97: 3 microns, and the product particle size can be adjusted.
2.High fineness, large output
3.With a small gap, the gas seal prevents large particles from entering
4.Divided into horizontal single rotor and horizontal multiple rotor two, the user can choose according to actual needs.
5. The multi-rotor classifier not only achieves high output, but also maintains excellent performance at the cutting point accuracy.
6 .The grade wheel can be made of carbon steel, stainless steel, ceramics, polyurethane and other materials according to customer needs
7.The system operates under negative pressure. The dust emission meets the national environmental protection standards.

The material moves from the lower entrance of the classifier to the classification area with the upward airflow under the action of the fan's suction force. Under the action of the strong centrifugal force generated by the high-speed rotating classification turbine, the coarse and fine materials are separated, and the fine particles that meet the particle size requirements are classified. The blade gap enters the cyclone separator or dust collection device. Coarse particles entrain some fine particles and the speed disappears. After the coarse particles and fine particles descend along the cylinder wall to the secondary air outlet, they are separated under the strong translational action of the secondary air. The particles rise to the second level, and the coarse particles fall to the discharge port.