Brief

RCY-G Magnetic pulley can remove ferrous contaminants from a wide range of free-flowing bulk and granular materials in high-volume applications. It can be installed on the belt conveyor or used lonely. It can be driving pulley or following pulley.

Feature

Maximize recovery of ferrous minerals

High performance NdFeb magnet design provide the most effective method of ferrous minerals recovery.

Minimize Maintenance

Wear resistant non-magnetic drum skin. Permanent magnet drums are built using high intensity non-deteriorating material. So not only is no power required to the magnet, but it will also provide maximum magnetic force for the lifetime of the machine. High permeability magnetic circuit to minimize stray magnetic fields, prolonging their life.

Optimize Throughput

Deep field magnet systems penetrate through the product burden and remove the maximum amount of ferrous metal. This allows for a higher throughput of material to be separated efficiently.

Principle

The stationary magnetic assembly inside the unit's shell captures tramp metal as the material flow into the drum. Material is typically fed on to the surface of the drum by vibratory feeder or chute work. The magnet system holds ferrous metal to its surface allowing the non-magnetic material to fall away from the drum. Ferrous metal held on the surface is carried by the revolving drum to a position where the magnet system ends and it then drops away from the drum.

Main Dimension and Technical Data

Typical Applications

· Fragmentizer metal recovery

· Wood waste recovery

· MSW(municipal solid waste) metal recovery

· Incinerator Bottom Ash recovery

· Glass cullet recycling

· Kerbside collection separation

· Fridge Recycling Plant metal recovery

· Tyre Wire Separation