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03256 AN ENHANCED SUPERAUSTENITIC STAINLESS STEEL OFFERS RESISTANCE TO AGGRESSIVE MEDIA

Picture for 03256 AN ENHANCED SUPERAUSTENITIC STAINLESS
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Product Number: 51300-03256-SG
ISBN: 03256 2003 CP
Author: N.C. Eisinger, J.R. Crum, L.E. Shoemaker
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Marine applications require construction material to resist harsh environments, but yet must be economical to produce and buy. Alloys such as UNS N06686 or UNS N10276 exhibit excellent corrosion resistance, but at a high price. Other alloys, like those in the 6% molybdenum superaustenitic stainless steel (6%Mo SS) family are more economical, but sacrifice much of the corrosion resistance of the higher alloyed materials. Thus, an alloy that could approach the corrosion resistance of UNS N10276, but with a price near the 6%Mo SS alloys would satisfy both of the requirements for marine service. To meet these requirements, a new superaustenitic stainless steel with enhanced corrosion resistance to both general and localized environments has been developed. Corrosion rates for this new alloy and competitive alloys in seawater, in chloride environments, and other applications relevant to marine service are discussed. Keywords: superaustenitic stainless steel, corrosion, new alloy, mechanical properties, seawater, stress corrosion cracking, nitrogen, sigma phase, pitting, crevice corrosion
Marine applications require construction material to resist harsh environments, but yet must be economical to produce and buy. Alloys such as UNS N06686 or UNS N10276 exhibit excellent corrosion resistance, but at a high price. Other alloys, like those in the 6% molybdenum superaustenitic stainless steel (6%Mo SS) family are more economical, but sacrifice much of the corrosion resistance of the higher alloyed materials. Thus, an alloy that could approach the corrosion resistance of UNS N10276, but with a price near the 6%Mo SS alloys would satisfy both of the requirements for marine service. To meet these requirements, a new superaustenitic stainless steel with enhanced corrosion resistance to both general and localized environments has been developed. Corrosion rates for this new alloy and competitive alloys in seawater, in chloride environments, and other applications relevant to marine service are discussed. Keywords: superaustenitic stainless steel, corrosion, new alloy, mechanical properties, seawater, stress corrosion cracking, nitrogen, sigma phase, pitting, crevice corrosion
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Picture for 03257 Corrosion of Superaustenitic Stainless
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03257 Corrosion of Superaustenitic Stainless Steels in Chloride-and Sulfate-Containing Media-Influence of Alloying Elements Cr, Mo, N and Cu

Product Number: 51300-03257-SG
ISBN: 03257 2003 CP
Author: Dieter Bauernfeind and Gregor Mori
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Picture for The Performance of Corrosion Resistant Ni-Cr-Mo Alloys in Concentrated Hydrochloric Acid
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51317--9639-The Performance of Corrosion Resistant Ni-Cr-Mo Alloys in Concentrated Hydrochloric Acid

Product Number: 51317--9639-SG
ISBN: 9639 2017 CP
Author: Suresh Divi
Publication Date: 2017
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This paper is to study the corrosion performance of various Ni based alloys in high concentrations of HCl acids below the boiling point. Nickel-based alloys C-276 (UNS N10276), C-22 (UNS N06022), C-2000 (UNS N06200), Hybrid-BC1 (UNS N10362) and B-3 (UNS N10675) were investigated.

 
Picture for SUMMARY OF SOME NICKEL ALLOYS USED IN CHEMICAL PRODUCTION INVOLVING HYDROCHLORIC AND SULFURIC ACIDS
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51312-01443-SUMMARY OF SOME NICKEL ALLOYS USED IN CHEMICAL PRODUCTION INVOLVING HYDROCHLORIC AND SULFURIC ACIDS

Product Number: 51312-01443-SG
ISBN: 01443 2012 CP
Author: Larry D. Paul
Publication Date: 2012
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Sulfuric and hydrochloric acids are among the most common chemicals produced.in the process industry.  Nickel alloys have been a traditional material of choice. This paper will review the alloys available for this service as well as identify the temperature limits and other conditions that should be considered when selecting an alloy.
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