• Utilizes Ferrite and Rare Earth magnetic elements for LIMS and MIMS applications.
• Available in multiple drum diameters and widths to accommodate different capacities.
• Includes an integral stainless steel tank and replaceable drum wear wrap.

The feed slurry, containing both magnetic and non-magnetic fractions, is directed into the separation zone. Magnetic material is lifted out of the slurry, traveling over alternating magnetic poles to remove entrapped non-magnetic particles before discharge.

This unit combines the best features of conventional designs to produce a high-grade magnetic fraction with optimal efficiency.

• Heavy media separation systems for coal washing or scrap metal recycling.
• Iron ore beneficiation to increase grade and recovery.
• Mineral processing for the removal or concentration of iron-bearing minerals.

• Maintains constant slurry level without adjusting discharge outlets.
• Increased input capacity and high magnetic recovery with a built-in scavenging zone.

• Rubber tank and drum lining.
• Trash screens in the feed box.

Used in cleaner/finisher stages of iron ore beneficiation, this design can be installed singularly or as part of a multiple system to produce high-grade magnetic concentrate.

• Concurrent Tank
• Counter-Rotational Tank

• Application type (e.g., heavy media operation, iron ore beneficiation).
• Volumetric capacity of slurry (m³/hr).
• Dry solids capacity (t/hr).
• Solids content (%).
• Percentage of solids that are magnetic.
• Description of magnetic material.

• Magnetic field strength must be sufficient for the minerals present.
• Hydraulic capacity affects magnetic recovery related to flowrate.
• High solids content can increase magnetic losses, reducing efficiency.
• Magnetic loading limits must not be exceeded to prevent losses.