Anais do Seminário de Laminação, Conformação de Metais e Produtos


ISSN 2594-5297

52º Seminário de Laminação vol. 52, num.52 (2015)


Título

DANIELI UNIVERSAL ENDLESS (DUE) - THE NEW EVOLUTION OF DANIELI THIN SLAB CASTING AND ROLLING PLANT

DOI

10.5151/1983-4764-26667

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Resumo

Over the last 25 years the thin slab casting and rolling process has been gaining a major market share in the production of hot rolled strip, progressively eroding the areas previously of exclusive domain of conventional mills. This is mainly thanks to the competitiveness of the process over conventional ones, and to the growing ability of this technology to cover the majority of market niches, well beyond the boundaries of the commodity market. After having significantly contributed to the continuous expansion of this production mode and after an extensive campaign of theoretical research and physical testing in reference plants, Danieli has progressively developed over the years a new generation of thin slab casting and rolling layout, marking a new phase in the evolution of this process. The new step-ahead is epitomized by the name QSP-DUE. This configuration belongs to the Quality Strip Production (QSP) family, which is Danieli’s strip-quality-oriented thin slab based plants. The innovative features of the process are embodied in the acronym DUE, which stands for Danieli Universal Endless (Danieli patented technology – US patent n. 8087449, January 3rd, 2012). What makes this new concept different is the ability of “universal” rolling modes thanks to the fact that, now, within one single plant it is possible to perform coil-to-coil, semi-endless and endless rolling modes, making this plant a major technology innovation compared to the previous generation.

 

Palavras-chave

QSP-DUE, Flexibility, Endless, Ultra-thin gauges

Ultra-thin gauges

Como citar

Pigani, Alessandro; Bobig, Paolo; Knights, Mike; Martinis, Stefano. DANIELI UNIVERSAL ENDLESS (DUE) - THE NEW EVOLUTION OF DANIELI THIN SLAB CASTING AND ROLLING PLANT , p. 256-266. In: 52º Seminário de Laminação, Rio de Janeiro, 2015.
ISSN: 2594-5297 , DOI 10.5151/1983-4764-26667