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In this study the pitting behavior of stainless steel type AISI 304 (EN 1.4301) has been studied in various binary mixtures of MgSO4, K2SO4 or Li2SO4 with NaCl. Results are compared to those obtained in binary mixtures of Na2SO4 with NaCl as well as in plain NaCl.
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This paper traces the development of the superaustenitic grade 254 SMO (UNS S31254) as a solution to recurrent corrosion problems within the pulp and paper industry.
A marine site and a semi-marine site in the UAE and a rural site in Saudi Arabia were selected in this study. The field test results compare the atmospheric corrosion resistance of eight different stainless steel grades
This NACE best-seller is based on the authors' course, The Corrosion & Protection of Metals. This edition of this classic text is based on notes used by the authors for more than a decade in their course, The Corrosion and Protection of Metals. The authors emphasize the engineering aspects of corrosion and its control in ways that will be helpful to the practicing engineer. Topics covered include corrosion economics, detecting and monitoring corrosion, regulations, specifications, safety, and the selection and use of materials, with special emphasis on stainless steels. 1995 NACE E-BOOK
The corrosion processes in biogas power plants investigated. Influence of feeding materials. Long term exposition tests of two stainless steels and galvanized steel. Scanning electron microscopy and metallographic cross sections. Electrochemical measurements. Results. Safety.
Emergency guideline. Protective coatings for carbon steel and austenitic stainless steel under insulation systems. Systems considered: thin film liquid-applied coatings, fusionbonded coatings, metallizing, and wax-tape coatings. HSITORICAL DOCUMENT 1997
HISTORICAL DOCUMENT.
This standard is intended for use by those specifying and installing thin metallic linings (nickel alloy, stainless steel, and titanium) in air pollution control and other process equipment subject to corrosive conditions.
A new super austenitic stainless steel has been developed for use in highly corrosive wet environments.The new alloy, Alloy 35Mo, has the general chemical composition 27Cr-35Ni-6.5Mo-0.28N and PRE>52,suggesting high resistance towards chloride induced localized corrosion. The Alloy 35Mo has excellentcorrosion resistance in chloride bearing environments, and has also shown surprising mechanicalproperties with a combination of high yield strength, excellent ductility and low hardness. The mainapplications for the new grade will initially be heat exchanger tubing, small dimension piping and hydraulic& instrumentation tubing. Target industries are refineries, chemical and petrochemical plants and offshoreinstallations. This paper discusses Alloy35Mo, its properties, and a comparison with existing,competing grades