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Eddy Current Separator Model QJWDL-D-S :

• Eccentric rotor Setting.

• Equipped with drum magnet for ferrous metal sorting.

• Equipped with super strong stainless steel separator for stainless steel separation.

Applications:		Eddy Current Separator Site Photo：
•Municipal solid waste (MSW) •Plastics, PET, Plastic Mix •Auto Shredder Residue (ASR) •E-Scrap, Electronic Scrap (WEEE) •Glass recycling •Waste to Energy (WTE) •Demolition Waste •Wood Scrap •Tyres •Paper •Cans, Aluminium Cans, Metalic Cans •Industrial Waste     Eddy Current Separator Features: •Position Adjustable Eccentric rotor. •Optimized rotor magnet system to reach high separation result. •Rotor and belt speed adjustable, easy adjustment to reach better separation. •Advanced electric control system equipped with touch screen , monitoring system. •Complete Models selection, active separation width from 500mm to 2000mm.

Structure

QJWDL-D-S Model Eddy Current Separator combined with Drum Magnet and Stainless Steel Separator

Material Separation Flow

CHNMAG Devote Our self To Provide High-End Eddy Current Separator

• Top brand motor with long year warranty, also can equipped with SEW if client required.

• Strongest N52 Rare Earth Magnet rotor system to generate high magnetic field.

• Original SKF Bearing and Auto lubrication system

• Perfect dynamic rotor balancing exceed G2.5 standard allows the rotor runs at 3000rpm with years of life span and low temp change.

Free Material Testing in our laboratory

We have Eddy Current Separator, Stainless Steel Separator, Magnetic Drum in our laboratory ready to do sample test for clients both domestic and aboard.

Material testing video and report will be provided for client after testing.

What is the advantage of our Eccentric Eddy Current Separator Compare to Concentric Eddy Current Separator?

1.Due to the advanced eccentric rotor magnetic pole assembly, the non ferrous metal can be ejected at the accurate area where material is dressed.

2.Eccentric Eddy Current Separator is more effective for fine materials.

3.Eccentric rotor design makes the rotor position adjustable inside rotate drum, the rotor can be moved to the desired position for better separation result.

4.Concentric systems suffer from a problem referred to as 'burn-in’. This phenomenon occurs when the product stream still contains iron or ferrous particles and these end up under the conveyor belt. The eddy currents heat up these magnetic particles, just like an induction hob. The hot magnetic particles then burn through the protective jacket, causing permanent damage, which eccentric rotor will not occur.