Hydrocyclone assembly
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Structural Characteristics of Individual Cyclone![]()
The cyclone is made with carbon steel casting and rubber lining, which makes it resistant to high temperature, acid and alkali corrosion, as well as fluid erosion and abrasion, resulting in a long service life.
The feed inlet adopts multiple patented technologies including involute, lower spiral, and outer spiral lines, which reduce turbulence and underflow under the cover, improving the classification efficiency of the cyclone.
The feed pipe is designed to gradually transition from an elliptical shape to a polygonal shape, facilitating the formation of laminar flow.
The cylinder adopts a reasonable length ratio between the cylindrical and conical sections, with a high inner surface smoothness, reducing turbulence of materials within the cyclone and enhancing classification efficiency.
The underflow exit features a large cone angle structure, effectively reducing fine particles entrainment in the underflow and improving classification efficiency.
The overflow pipe and underflow exit are designed with a convenient replacement structure, facilitating on-site maintenance and replacement.