Primetals Technologies Austria Gmbh

Abp Induction Systems Gmbh

Simon Grosseiber

Heinz Fürst

Thomas Lengauer

Franz Hermann Glaser

Alois Seilinger

Michael Zahedi

Juergen Schiefer

Georg Keintzel

Wolfgang Peitl

Armin Stumbauer

Lukas Preuler

Slaven Ilic

Christian Strasser

Heinz Fuerst

Achim Thus

Andrejs Umbrasko

Alexander Mayr

The invention relates to a finishing train for finish rolling hot strip. It is the object of the invention to modify an existing finishing train in such a way that the surface quality of the hot strip produced is improved without, however, significantly increasing the use of energy during production. This is intended to enable the thin hot strip produced to be used even for applications with high demands on surface quality. This object is achieved by a cleaning nozzle which cleans the upper side of the exit table, thus ensuring that scale and/or rolling dust are/is removed from the exit table.

Reduction of surface defects during finish rolling of hot strip

Energy-efficient production of a ferritic hot-rolled strip () in an integrated casting-rolling plant (), which modifies the known processes for producing a ferritic hot-rolled strip () in an integrated casting-rolling plant () so that the ferritic hot-rolled strip () can be produced significantly more energy-efficiently but nevertheless has good metallurgical properties and a good surface quality.

Energy-efficient production of a ferritic hot-rolled strip in an integrated casting-rolling plant

A device for stabilizing of working rollers and back-up rollers of a mill stand that has, for each bending block, first hydraulic pressing units being arranged upstream of the working roller, each first hydraulic pressing unit having a piston with a piston rod and a pressure plate, the piston and the piston rod being integrated in the bending block and the pressure plate being pressable against a working roller chock, and for each stand column, at least one second hydraulic pressing unit, the second hydraulic pressing unit being arranged downstream of the back-up roller and having a piston with a piston rod and a pressure plate, the piston and the piston rod being integrated in the stand column and the pressure plate being pressable against the back-up roller chock, and a first hydraulic pressing unit containing a first oscillation absorber.

Mill stand

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Leonding, Austria

Simon Grosseiber