XCTS-Φ300 Laboratory Magnetic Dewatering Tank for High Recovery of Fine Magnetic Minerals with Integrated Separation and Dewatering Function

XCTS-Φ300 Magnetic Dewatering Tank is a laboratory mineral separation equipment designed for iron ore beneficiation tests and weak magnetic mineral separation research.

It combines magnetic separation, gravity concentration and dehydration functions. Through the interaction of magnetic force, gravity and counter-current water flow, fine magnetic mineral particles are aggregated and recovered, while gangue minerals and fine non-magnetic particles are discharged as tailings.

With compact structure, low energy consumption and easy operation, XCTS-Φ300 is widely used in mining laboratories, research institutes, universities and mineral processing testing centers.

• High Recovery of Fine Magnetic Minerals
  The enhanced magnetic field promotes the aggregation of fine magnetic particles, improving mineral recovery and reducing iron loss in tailings.
• Integrated Separation and Dewatering Function
  The equipment combines magnetic separation, gravity settling and concentration processes, improving beneficiation efficiency.
• Compact Laboratory Design
  Small footprint and simple structure make it suitable for laboratory mineral processing tests.
• Low Energy Consumption
  No mechanical transmission system is required, reducing power consumption and maintenance costs.
• Easy Operation and Adjustment
  Water flow and separation conditions can be adjusted easily according to different mineral characteristics.

The slurry enters the tank through the feeding hopper and mixes with upward clean water to form a counter-current separation environment.

When the electromagnetic coil is energized, a magnetic field is generated through the tank body and conical iron core. Fine magnetic particles are attracted by magnetic force and aggregate into larger particles, then settle rapidly with coarse concentrate particles.

Non-magnetic and fine gangue particles are carried upward by water flow and discharged through the overflow outlet as tailings.

• ✔ Iron ore beneficiation tests
• ✔ Weak magnetic mineral separation research
• ✔ Mineral processing laboratory experiments
• ✔ Mining research institutes
• ✔ University mineral processing laboratories
• ✔ Geological testing centers