Wet Drum Magnetic Separator offer several features and benefits, including:

• High efficiency in separating magnetizable components

• Increases product purity and plant productivity

• Removes contaminants from the product stream

• Suitable for low concentration, low viscosity liquids

• Durable and corrosion-resistant construction

• Semicircular separating chamber for efficient separation

• Permanent magnetic discs for strong magnetic field

• Stainless steel drum for durability and corrosion resistance

Here’s a step-by-step explanation of how a Wet Drum Magnetic Separator works:

Step 1: Feed Material
 A mixture of water and magnetic particles (such as iron ore, magnetite, or ferrosilicon) is fed into the separator.

Step 2: Drum Rotation
 The drum, which is partially submerged in the feed material, rotates at a slow speed

Step 3: Magnetic Field
 A strong magnetic field is generated by the permanent magnetic discs or electromagnets located inside the drum.

Step 4: Magnetic Separation
 As the drum rotates, the magnetic field attracts and holds the magnetic particles, separating them from the non-magnetic particles.

Step 5: Non-Magnetic Discharge
 The non-magnetic particles, now free from magnetic particles, are discharged from the separator as a clean product.

Step 6: Magnetic Collection
 The magnetic particles, still attached to the drum, are collected and discharged as a separate product.

Step 7: Drum Cleaning
The drum is continuously cleaned by the water flow, which helps to remove any accumulated magnetic particles and maintain the separator’s efficiency.

The Wet Drum Magnetic Separator is an efficient and effective way to separate magnetic particles from non-magnetic particles in a wet environment.