MAGNETOHYDRODYNAMIC PUMPS

FOR YOUR METALLURGY PROCESS

How Magnetohydrodynamic / Electromagnetic pump works

1 MHD stirrer operation is based on the travelling magnetic field interaction with the electrically conducting medium that induces electric currents in the medium.

2 These induced electric currents interact with a primary travelling magnetic field and induce an electromagnetic force, which drives the molten metal into the direction of the traveling magnetic field

3 As a result, the molten metal moves as a jet along the flow path and enters the furnace bath, initiating a strong flow.

Magnetohydrodynamic Pump Uses

Stirring of the melt bulk at charge melting with the aim to intensify the heat/mass transfer phenomena when preparing high alloys, multi-component and high temperature alloys.

Providing high homogeneity of the chemical composition of the molten melt and equalizing of the meit temperature throughout the furnace volume

Pumping of the molten metal from the melting furnace into a ladle or into another furnace for alloy preparation

For the molten metal pouring into casting moulds, into the crystallizer UNR and other uses