O-SEPA high efficiency powder separator is the third generation of high-efficiency dynamic powder separator.It has been widely used in the grinding system of cement companies.O-SEPA is based on the original O-SEPA powder separator and adopts the world’s most advanced powder separator and advanced technology,developed high-efficiency powder separator.Compared with ordinary O-SEPA powder selector,O-SEPA powder selector has the following structural features:
1.The special-shaped rotor blades replace the ordinary-shaped rotor blades,which increases the area of the powder separator.In real situations,the material separation rate is higher and the powder selection effect is better.
2.The inside of O-SEPA powder separator increases addy current scatter.It has the advantages as follows:
I.Avoid pressure drop of the eddy current and reduce the flow resistance of powder separator.
II.Transfer the energy generated from flow rotation to rotor,reducing the driving device of powder consumption,while avoiding the eddy current energy consumption.
III.Tangential velocity of exit guide vane by using eddy current scatter is reduced and the wear is decreased and the life is prolonged.
3.Increase three time of the volume allows powder classification efficiency above 80%.
4.The particle size distribution is much more concentrated and the particle distribution is more uniform.The product surface area improved as well.

Applicable

Cement and building materials industry, mining and mineral processing industry, power industry, chemical industry, metallurgical industry.

Effect

The core function of O-SEPA high-efficiency powder sorting machine is to separate qualified fine powder and then send the coarse powder back for further grinding. Its advantages include low resistance, high sorting efficiency, and high sorting clarity, which are more conducive to improving the finished product ratio.

Performance Characteristics

Our O-SEPA high-efficiency powder sorting machine effectively reduces the operating resistance of the equipment and improves the sorting efficiency. It adopts the principle of flat eddy current classification, and the material does not simply settle by gravity or centrifugal force in the airflow, but moves in a stable eddy current field, which makes the difference in the motion trajectory of fine powder and coarse powder greater and the separation more thorough. The system air volume and guide vane angle can be flexibly adjusted. When selecting, the matching model and parameters should be selected based on material characteristics, production requirements, and product fineness targets.