Eddy Current Separators

2 Pulley Eddy Current Separator

2 Pulley Eddy Current Separator

4 Pulley Eddy Current Separator

2 Pulley Eddy Current Separator

Eddy current separators are magnetic separators that are commonly used to separate non-ferrous materials from mixed waste and other product streams. When a magnetic rotor is turned at high rates of speed, powerful forces called eddy currents are created.

These eddy currents repel materials with varying degrees of force depending on their composition. Thus, aluminum, copper and other metals can be separated from glass, plastic, wood, etc. creating clean product.

All of Dings eddy current separators feature a triple shell design for maximum strength and durability. This design produces a deeper field to process more tons per hour with better recovery rates.

 

usable magnetic field

Long Exposure to Magnetic Field

These eddy current separators can be used in different types of industrial applications and industries including: recycling, mining/aggregate, foundry, coal, bulk processing and other custom applications.

 

7″  

Available in widths up to 48″

Low profile 2 pulley of heavy-duty 4 pulley models

For MRFs, scrap metal processors and other low volume non ferrous metal recovery

12″  

Available in widths up to 48″

Low profile 2 pulley model

For MRFs, scrap metal processors and other low volume non ferrous metal recovery

13″  

Available in widths up to 96″

Low profile 2 pulley of heavy-duty 4 pulley models

For severe-duty applications such as auto shredding and high volume MRFs

 

These separators allow for more precise separation of and sorting of materials such as plastic, foundry sand,municipal waste, glass, cars recycling.  They are heavy duty and built to last a long time with minimal maintenance. Inside a fast, varying magnetic field, the induced currents, with good conductors, particularly copper and aluminium, exhibit repulsion effects on the magnetic field. Therefore, the magnet can create repulsive effects and even stable levitation with higher power currents.