Proceedings of the Seminar on Steelmaking, Casting and Non-Ferrous Metallurgy


ISSN 2594-5300

Title

REDUCTION OF QUALITY DROP RATES IN STEEL PLATES USING DIRECTED SCARFING PROCESS FOR REMOVAL OF SURFACE DEFECTS AT TERNIUM BRAZIL

REDUCTION OF QUALITY DROP RATES IN STEEL PLATES USING DIRECTED SCARFING PROCESS FOR REMOVAL OF SURFACE DEFECTS AT TERNIUM BRAZIL

DOI

10.5151/2594-5300-41319

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Abstract

This article emphasizes the importance of quality control in the steel industry, focusing on removing surface defects in steel plates caused by casting alarm events. Ternium Brazil successfully implemented directed scarfing to mitigate these defects, resulting in a significant reduction in plate rejection. The positive impact on material quality and the Quality Drop Indicator reflects the success of the company's continuous improvement process, enhancing its competitiveness and commitment to operational excellence and customer satisfaction

 

This article emphasizes the importance of quality control in the steel industry, focusing on removing surface defects in steel plates caused by casting alarm events. Ternium Brazil successfully implemented directed scarfing to mitigate these defects, resulting in a significant reduction in plate rejection. The positive impact on material quality and the Quality Drop Indicator reflects the success of the company's continuous improvement process, enhancing its competitiveness and commitment to operational excellence and customer satisfaction

Keywords

Quality control; Steel plates; Surface defects; Directed scarfing; Reduction of rejection.

Quality control; Steel plates; Surface defects; Directed scarfing; Reduction of rejection.

How to refer

BARROS, EDSON DA SILVA; MOURA, EUGLACYO LUIZ DE; JÚNIOR, ALCIDES FERREIRA DE AGUIAR; SOUZA, MARCOS DELANE DE; LIMA, EDSON PEDRO DE; MOREIRA, MARIANA CORREA. REDUCTION OF QUALITY DROP RATES IN STEEL PLATES USING DIRECTED SCARFING PROCESS FOR REMOVAL OF SURFACE DEFECTS AT TERNIUM BRAZIL , p. 729-738. In: 53º Seminário de Aciaria, Fundição e Metalurgia de Não-Ferrosos, São Paulo, Brasil, 2024.
ISSN: 2594-5300 , DOI 10.5151/2594-5300-41319