Magnetic Conveyor & Permanent Magnets for Sale Permanent Suspended Conveyor Magnets & Cross Belt Magnets If you are recycling wood, plastic, rubber, stone or other materials, iron-based metals can often become mixed with the materials, reducing the purity of the recycled content and making it more difficult to recycle...

Powerful magnetic field; Permanent magnet requires no power; The magnet is placed across the conveyor belt A moving continuous belt surrounds the magnet box Ferrous material is attracted by the magnet and is held on the belt As the belt moves clear of the magnetic field, ferrous metals fall away into bins for collection and disposal...

How can the answer be improved?...

A permanent or electromagnetic rail located beneath the conveying belt surface attracts the ferrous objects to the belt This magnetic attraction acts as a clamping force against the belt causing the ferrous objects to move with the belt and able to overcome any angle of incline or decline...

Our SMS magnets (Suspended Magnetic Separator) are cross belt separator permanent magnets designed for separation of ferrous metal from a variety of over-the-belt conveyor applications Proven in industries such as Mining, Aggregate, Recycling, Tire Shredding, Foundry, Wood Chip, Pulp & Paper, Power Generation, Construction and Demolition...

Suspended Permanent Magnetic Separators for cross belt conveyor applications Our SMS magnets (Suspended Magnetic Separator) are cross belt separator permanent magnets designed for separation of ferrous metal from a variety of over-the-belt conveyor applications...

The Cross Belt Separator is a suspended magnet with a continuously running belt that strips off captured tramp metal and discharges off the side or end of the conveyor The permanent magnetic forces provide continuous and effective removal of unwanted tramp metal...

Suspended Belt Magnets are constructed with an oversized Plate MagnetThey are designed for suspension above a belt conveyor As product passes under the magnet, metal contaminants are drawn out of the material to the face of the magnet...