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This type of separator utilizes a high-intensity electromagnet and a flux-converging matrix, which amplifies the magnetic field and provides high-gradient collection sites for the magnetic contaminants.
Sophisticated computer programs such as multidimensional finite element analysis have provided the optimization of these electromagnetic circuits, leading to the design of electromagnetic matrix-type magnetic filters. These filters possess very high magnetic gradients and result in an increase in the magnetic attractive force. These magnetic filters have been designed to provide the optimum in magnetic collection and separation efficiency capturing even paramagnetic (feebly magnet) contaminants. A line of permanent magnetic filters is also available.
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