A hydrocyclone filter separator is a device used to separate and grade ore pulp using centrifugal force, effectively separating heavy particles from lighter ones without requiring an additional power unit.
The hydrocyclone operates by allowing slurry to enter tangentially, creating a high-speed rotational motion that generates centrifugal force, which separates coarse particles from lighter ones.
Hydrocyclones are primarily used in ore dressing, slurry processing, water treatment, and gold processing industries for tasks such as grading, separating, and concentrating materials.
The capacity of the hydrocyclone models ranges from 20 m³/h to 350 m³/h, depending on the specific model chosen.
No, hydrocyclones do not require an additional power unit; they operate in conjunction with a slurry pump.
Key applications include ore dressing, desliming, concentrating minerals, and washing gold ore.
Available models include FX660, FX500, FX350, FX300, FX250, FX200, FX150, FX125, FX100, FX75, and FX50, each with varying specifications to suit different processing needs.
The maximum feeding pressure varies by model, with values typically ranging between 0.03 MPa to 1.5 MPa.
The recommended feeding size varies by model, generally falling between 20 mm to 240 mm.
Choosing the right model depends on factors like the size and type of materials to be processed, desired capacity, and specific application needs. Consult with a specialist if needed.
Hydrocyclones require minimal maintenance, but regular checks for wear, blockages, and ensuring proper operation conditions are recommended.
The weight of the hydrocyclone models varies, with weights typically ranging from about 22 kg to 995 kg depending on the model.
Yes, hydrocyclones can be effectively used for water treatment applications, especially for desliming and classification of particles.
Hydrocyclones can process a variety of materials, including various ores, minerals, and slurries, effectively separating valuable components from waste.
The cone angle affects the flow dynamics within the hydrocyclone, influencing separation efficiency and the size of particles that can be separated.
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