Title

KEEPING SAVINGS TO THE “MAX” – TECHNOLOGIES FOR AN EFFICIENT AND RESOURCE CONSERVING COLD ROLLING PROCESS

KEEPING SAVINGS TO THE “MAX” – TECHNOLOGIES FOR AN EFFICIENT AND RESOURCE CONSERVING COLD ROLLING PROCESS

Authorship

Holz, Rüdiger; Hoen., Karl

Holz, Rüdiger

I am this author

Hoen., Karl

I am this author

DOI

10.5151/2594-5297-22634

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Abstract

Rolling of steel requires a high input of energy and equipment. Thus, the efficiency of plants and machinery is of great importance for an economic as well as for a resource saving production also for cold rolled steel. As system supplier for integrated solutions in steel making and rolling mill technology SMS Siemag has developed a number of suitable systems that help plant owners to achieve an increment of efficiency and an economic and resource-saving production. The paper shows examples of efficient solutions for cold rolling mills. These are: T-roll process model for process optimization and efficient lubrication as well as developments in measuring systems and cleaning technologies.

Rolling of steel requires a high input of energy and equipment. Thus, the efficiency of plants and machinery is of great importance for an economic as well as for a resource saving production also for cold rolled steel. As system supplier for integrated solutions in steel making and rolling mill technology SMS Siemag has developed a number of suitable systems that help plant owners to achieve an increment of efficiency and an economic and resource-saving production. The paper shows examples of efficient solutions for cold rolling mills. These are: T-roll process model for process optimization and efficient lubrication as well as developments in measuring systems and cleaning technologies.

Keywords

Cold rolling mills; T-roll; Total Roll Gap Control (TRC®); T-Clean; ECOFinish skin pass mills; ECOLub; Residual oil measurement.

Cold rolling mills; T-roll; Total Roll Gap Control (TRC®); T-Clean; ECOFinish skin pass mills; ECOLub; Residual oil measurement.