ISSN 2594-5297
36º Simpósio de Laminação — Vol. 36, Num. 36 (1999)
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Abstract
To meet the constant need for increased production eficiency and improved product quality, Morgan Construction Company continues to develop innovative equipment and processing techniques for new and existing rod mills. Developments in breakdown mills, mini-block and rod sizing technology, high speed laying, Stelmor controlled cooling and coil reforrning enable users to increase both production capacity and product quality, reduce manning and material cost, thereby increasing profítability. This paper summarizes how the latest developrnents in rolling mill equipment and processing technology can be incorporated in both new and existing mill layouts, thus providing product and scheduling flexibility to meet present and future Market demands.
To meet the constant need for increased production eficiency and improved product quality, Morgan Construction Company continues to develop innovative equipment and processing techniques for new and existing rod mills. Developments in breakdown mills, mini-block and rod sizing technology, high speed laying, Stelmor controlled cooling and coil reforrning enable users to increase both production capacity and product quality, reduce manning and material cost, thereby increasing profítability. This paper summarizes how the latest developrnents in rolling mill equipment and processing technology can be incorporated in both new and existing mill layouts, thus providing product and scheduling flexibility to meet present and future Market demands.
Keywords
modernization of rod mills; productivity; utilization; low temperature rolling; process flexibility; equipment innovation
modernization of rod mills; productivity; utilization; low temperature rolling; process flexibility; equipment innovation
How to cite
L. Beyer, Pieter; S. Dow, Neil; V. Kiefer, Bruce.
Innovations in Mill Equipment and Processing Technology for High Speed Rod Mills,
p. 141-150.
In: 36º Simpósio de Laminação,
Belo Horizonte - MG, Brasil,
1999.
ISSN: 2594-5297, DOI 10.5151/2594-5297-LA7562
