The present invention relates to a continuous casting machine and method using molten mold flux.

A second sprue bar element (38) has a second sprue channel (39) for selectively receiving the melt stream from the first sprue channel.

This mold flux is a boron-free and fluoride-free mold flux, can effectively reduce the inclusion defect of blank casting and increase the yield of blank casting.

The melt is cast in the form of a planar flow.

The assembly comprises a sliding gate valve (9) for controlling the flow of molten metal from a tundish to a continuous casting mould.

The present invention relates to a continuous casting machine and method using molten mold flux.

Decreasing the concentration of nitrogen can increase heat flux at the casting rolls.

The magnetic flux density of the magnetic field is controlled based on casting conditions.

An improved continuous casting system (10) and process involves the removal of mold flux from the outer surfaces of the cast strand (20) after it is withdrawn from the continuous casting mold (12).

The method further includes terminating the streams of plastic material and ejecting the sprue formed.

The atomizer (34) may generate one-side sheer force for breaking up its metal stream.

A method for treating a melt consists in forming a flow of low-temperature plasma (2), feeding it into the melt (3) through the surface of the melt (3) at a speed of about 1,500 m/sec and feeding admixtures passed through the flow of plasma (2).

A continuous casting device of slab for producing a high quality slab in which flaw of a product is suppressed by controlling turbulence of molten metal flow in a continuous casting mold.

An injection molding apparatus comprises a first sprue bar (36) element having a first sprue channel (34) for receiving a melt stream of moldable material under pressure.

The casting tooling of the invention can be used in casting processes including die casting, permanent mold casting and pressure infiltration casting.