Product Matrix

High-efficiency Magnetic Separator

The high-efficiency magnetic separator is a semi-automatic machine designed to remove iron impurities and other ferromagnetic particles from fluid or semi-fluid materials.

Consult Now
High-efficiency Magnetic Separator
Working Principles

The equipment operates based on the strong magnetic field of permanent magnetic rods combined with precise control of the automated system. The process consists of two key phases: magnetic separation of slurry and magnetic materials removal. Automatic cleaning initiates when adsorbed iron particles reach a predetermined threshold.

Product Advantages
  • Intelligent Cleaning
    One-button control for cylinder up&down to realize automatic cleaning of iron chips and lower the risk of personnel injury.
  • Efficient Magnetic Separation
    The magnetic rod system features a special flow channel structure and operates in combined series-parallel mode, dramatically improving the efficiency of magnetic separation.
  • Strong Magnetic Field
    Equipped with high-performance permanent magnetic rods, delivering ultra-stable magnetic flux density with surface field strength up to 8,000-15,000 GS.
  • Intuitive Control
    Equipped with touch screen interface for easy setting, monitoring and troubleshooting.
  • Comprehensive Safety
    Multiple foolproof mechanisms are in place to ensure safe operation and reduce the risk of accidents.
Applicable Fields
  • Petrochemical Industry
    Processing of feedstock oils, catalysts and reaction products with effective ferrous impurity removal to prevent clogging and equipment wear, ensuring continuous and stable production while reducing maintenance costs.
  • Food & Beverage Processing
    During the processing of juice, dairy liquids and alcoholic beverages, remove iron contaminants inside to enhance product purity and quality standards.
  • New Energy Industry
    During material production for lithium batteries, the equipment eliminates iron impurities from raw materials to improve purity and performance of materials, enabling higher energy density, extended cycle life and enhanced safety of lithium batteries.
Applicable Materials
Powder Materials
Granular Materials
Liquid Materials
Slurries