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Slurry Roller Magnetic Separator, Suitable For Metallurgy And Mining Coal Preparation And Other Industries
As a critical solution for metal contamination in wet processes, the Slurry Magnetic Separator delivers precision and reliability. Users should collaborate with suppliers to tailor magnetic systems, automation levels, and maintenance plans based on slurry characteristics and operational needs, maximizing efficiency and cost-effectiveness.
Working Principle
The separator employs a high-intensity magnetic field to attract
and isolate ferromagnetic particles from slurries. The process
includes:
Slurry Input: Contaminated slurry is pumped or gravity-fed into the
separator’s chamber.
Magnetic Adsorption: Ferromagnetic particles are captured by
magnetic poles (e.g., rods, drums, or grids) under a gradient
magnetic field generated by permanent magnets or electromagnets.
Fluid Passage: Non-magnetic components (liquids, non-metallic
particles) pass through the magnetic zone and proceed to downstream
processes.
Impurity Removal: Adsorbed contaminants are manually or
automatically cleaned via scrapers, high-pressure water jets, or
demagnetization, enabling continuous or intermittent operation.
Selection Criteria
Slurry Properties: Viscosity, solid content, particle size
distribution, pH, and temperature (-20°C to 80°C).
Flow & Pressure: Select models based on capacity (e.g., 1–100
m³/h).
Purity Standards: Target iron content (e.g., ≤50 ppm).
Installation: Explosion-proof requirements, space constraints, and
mobility needs.
Maintenance & Precautions
Regular Cleaning: Prevent clogging and magnetic field weakening.
Seal Inspections: Avoid slurry leaks damaging magnets or electrical
parts.
Magnet Protection: Shield permanent magnets from high temperatures
(NdFeB tolerates ≤80°C) and impacts.
Sensor Calibration: Verify flow and pressure sensors to ensure
automated cleaning responsiveness.