Anais do Seminário de Laminação, Conformação de Metais e Produtos


ISSN 2594-5297

Título

NEW 2-STAND HYPER UCM REVERSING COLD MILL AT TKSE BOCHUM TO PRODUCT HIGH-GRADE ELECTRICAL STEEL AND AHSS

NEW 2-STAND HYPER UCM REVERSING COLD MILL AT TKSE BOCHUM TO PRODUCT HIGH-GRADE ELECTRICAL STEEL AND AHSS

DOI

10.5151/2594-5297-41059

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Resumo

THIS PAPER DESCRIBES THE SUCCESSFUL STARTUP OF THE WORLD’S FIRST TWIN-STAND HYPER UC-MILL DEDICATED TO PRODUCE HIGH-PERMEABILITY NON-GRAIN ORIENTED (NGO) ELECTRICAL STEEL AND ADVANCED HIGH-STRENGTH STEELS (AHSS). THE REVERSING MILL FEATURES A NEW GENERATION OF A SMALL DIAMETER 6-HIGH TECHNOLOGY WITH DRIVEN WORK ROLLS AND A HIGH-TORQUE MH-SPINDLES. FOR COLD ROLLING OF HIGH-GRADE ELECTRICAL STEEL, THE MILL IS ADDITIONALLY EQUIPPED WITH AN INDUCTION STRIP HEATING SYSTEM IN COMBINATION WITH MINIMUM QUANTITY LUBRICATION MQL AND AN INNOVATIVE STRIP TEMPERATURE PREDICTION AND GUIDANCE SYSTEM. OPERATIONAL HIGHLIGHTS WILL BE PRESENTED IN THE PAPER.

 

THIS PAPER DESCRIBES THE SUCCESSFUL STARTUP OF THE WORLD’S FIRST TWIN-STAND HYPER UC-MILL DEDICATED TO PRODUCE HIGH-PERMEABILITY NON-GRAIN ORIENTED (NGO) ELECTRICAL STEEL AND ADVANCED HIGH-STRENGTH STEELS (AHSS). THE REVERSING MILL FEATURES A NEW GENERATION OF A SMALL DIAMETER 6-HIGH TECHNOLOGY WITH DRIVEN WORK ROLLS AND A HIGH-TORQUE MH-SPINDLES. FOR COLD ROLLING OF HIGH-GRADE ELECTRICAL STEEL, THE MILL IS ADDITIONALLY EQUIPPED WITH AN INDUCTION STRIP HEATING SYSTEM IN COMBINATION WITH MINIMUM QUANTITY LUBRICATION MQL AND AN INNOVATIVE STRIP TEMPERATURE PREDICTION AND GUIDANCE SYSTEM. OPERATIONAL HIGHLIGHTS WILL BE PRESENTED IN THE PAPER.

Palavras-chave

Reversing Cold Mill; TKSE Bochum; Electrical Steels; AHSS

Reversing Cold Mill; TKSE Bochum; Electrical Steels; AHSS

Como citar

KRIMPELSTAETTER, KONRAD; RASSBACH, PAUL; BERGMANN, MARTIN; HOFBAUER, JOSEF. NEW 2-STAND HYPER UCM REVERSING COLD MILL AT TKSE BOCHUM TO PRODUCT HIGH-GRADE ELECTRICAL STEEL AND AHSS , p. 406-418. In: 59º Seminário de Laminação, Conformação de Metais e Produtos, São Paulo, Brasil, 2024.
ISSN: 2594-5297 , DOI 10.5151/2594-5297-41059