The performance of newly developed refractories for continuous casting

Canadian Institute of Mining, Metallurgy and Petroleum
K. Morikawa J. Yoshitomi K. Asano
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
13
File Size:
2628 KB
Publication Date:
Jan 1, 2004

Abstract

The quality requirements for ladle shrouds have become stricter year by year to the pursuit of higher productivity and improved quality in the continuous casting of steel. The ladle shrouds must be sufficiently durable under severe conditions, such as operation without preheating and during several sequential castings. The consideration is that ceramic fibres, which have been applied in shrouds for thermal insulation during casting, could pose a risk to the worker's health. We realized materials for the ladle shrouds which show high strength and low elasticity. At the same time pursuing effective insulation, a coating which contains no fibres (Foaming Coat) has been developed, replacing the conventional one containing fibres. These materials are durable under conditions of repetitive use and consequently satisfy the customer's demands. The ladle shrouds which were improved in this way have achieved an excellent durable life in hot service of three times that of conventional ones. This paper reports the recent technological developments in ladle shrouds as well as their performance under hot operating conditions.
Citation

APA: K. Morikawa J. Yoshitomi K. Asano  (2004)  The performance of newly developed refractories for continuous casting

MLA: K. Morikawa J. Yoshitomi K. Asano The performance of newly developed refractories for continuous casting. Canadian Institute of Mining, Metallurgy and Petroleum, 2004.

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