Eddy Current Separator for Laboratory

Eddy current separators are widely used to separate non-ferrous metals (aluminium, copper, brass, etc.) from all kinds of down stream bulk material.

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Ejet magnet offers custom-designed

Many research institutions and universities purchase small laboratory equipment to meet the needs of experimental teaching.

EJET ‘s technical team is professional and experienced. Our technical team clearly knows the performance characteristics of magnetic separation equipment and eddy current equipment, we provide custom design services that can meet the specific application needs of our customers, and we are always striving to optimize and upgrade our equipment. We strive to be one of the companies at the forefront of the field and market.

Ejet magnet’s small laboratory equipment epecification:20 30 40 65 80 100 120 140 160 180 200 220

Ejet magnet's experimental eddy current separators for university laboratories small laboratory equipment epecification      Ejet magnet's experimental mini eddy current separators for university laboratories small laboratory equipment epecification      Ejet magnet's experimental eddy current separators for university laboratories small laboratory equipment     Ejet magnet Laboratory eddy current separators

Ejet magnet’s experimental eddy current separators for the removal of non-ferrous metals for university laboratories
Ejet magnet’s mini laboratory eddy current separator (remove non-ferrous) for research institutions

Ejet magnet’s mini laboratory eddy current separator (remove non-ferrous) for research institutions.

EJET MAGNET offer a custom design service eddy current separator for laboratory         EJET MAGNET eddy current separator for laboratory

Eccentric rotors differ in that the magnet system is of a smaller diameter and is located in an eccentric position to the outer rotor drum. The magnet system is positioned close to the surface where the conveyed feed material is leaving the rotor due to its natural trajectory. This design gives an efficient separation but leaves a ‘dead’ magnetic area at the bottom of the rotor so that any attracted ferrous falls away extending conveyor belt life

Advantage:

The pole system is adjustable so that the application of force can be optimally adjusted for maximum ejection efficiency. As compared to concentric pole systems, the eccentric pole system increases the metal yield by 50%. The service life of the belt and drum shell is considerably lengthened.

The eccentric magnet rotor can be adjusted at various angles compared to the external casing. This influences the moment of discharge of the non-ferrous metals. Since the magnet rotor is placed eccentrically in respect of the external casing, the iron particles cannot become attached to the external casing which would cause burn-in problems.

Features:

Designed with top-grade rare-earth magnet material

98% recovery of aluminum cans from commingled recyclables

Permanent rare-earth magnetic technology offers high-strength and long life

Eccentric pole system Adapted magnetic pole systems available for various applications

Reasonable structure, convenient installation, easy operation, and maintenance.

Ejet magnet patented technology
Ejet magnet Laboratory Eddy Current Separator specification

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application

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