Production of High Strength Pipe Steels by the CSP® Thin Slab Technology

Canadian Institute of Mining, Metallurgy and Petroleum
C. -P. Reip W. Hennig J. Kempken R. Hagmann
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
11
File Size:
399 KB
Publication Date:
Jan 1, 2005

Abstract

The CSP technology symbolizes a highly productive process for the cost-effective production of steel grades with a range of sophisticated properties comprising both the inner quality of hot strip, its surface formation as well as the relating technological characteristics. Thanks to extensive development work undertaken during the last 15 years, the range of steel grades that can be produced was continuously expanded and the process technology optimized. The present paper describes the ongoing development work concerning the production of higher-strength, microalloyed pipe steels. The resulting hot strip, due to the associated thickness and the potential pipe diameters, is particularly suited for being processed to HFI-welded pipes. Based both on ferrite-pearlite as well as very fine-grained, ferrite-bainite hot-strip microstructures, strength levels of up to grade API X80 can be realized. It can be demonstrated that hot strip produced in a CSP plant has very good toughness values at temperatures down to -60°C and can even make application with required sour-gas resistance possible.
Citation

APA: C. -P. Reip W. Hennig J. Kempken R. Hagmann  (2005)  Production of High Strength Pipe Steels by the CSP® Thin Slab Technology

MLA: C. -P. Reip W. Hennig J. Kempken R. Hagmann Production of High Strength Pipe Steels by the CSP® Thin Slab Technology. Canadian Institute of Mining, Metallurgy and Petroleum, 2005.

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