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03455 DEFINING THE CORROSION PERFORMANCE WINDOW FOR GRADE 28 TITANIUM

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Product Number: 51300-03455-SG
ISBN: 03455 2003 CP
Author: R.W. Schutz
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An extensive corrosion performance database for wrought and welded Grade 28 titanium based on laboratory testing has been compiled. General corrosion testing in hot dilute reducing acids and crevice testing in high temperature acidic chloride and sulfate-rich brines reveal that Grade 28 titanium is substantially more resistant than the titanium Grades 2, 9, and 12, and nearly approaches that of Grades 7 and 26 in many environments. Furthermore, despite its higher strength and alloying content, this alloy is shown to resist pitting and stress corrosion in hot acidic aqueous media. Alloy crevice corrosion resistance may be limited in situations where severe crevices exist in hot acidic chloride-rich brines and strong oxidizing species are present. These corrosion performance enhancements derived from a minor ruthenium alloy addition make the higher strength Grade 28 titanium alloy attractive for high temperature/pressure CPI equipment handling corrosive brines, salt solutions, organic acids, and reducing acid media containing oxidizing species. Keywords: titanium alloys, aluminum, vanadium, ruthenium, corrosion resistance, corrosion testing, reducing acids, chloride brines, crevice corrosion, stress corrosion cracking
An extensive corrosion performance database for wrought and welded Grade 28 titanium based on laboratory testing has been compiled. General corrosion testing in hot dilute reducing acids and crevice testing in high temperature acidic chloride and sulfate-rich brines reveal that Grade 28 titanium is substantially more resistant than the titanium Grades 2, 9, and 12, and nearly approaches that of Grades 7 and 26 in many environments. Furthermore, despite its higher strength and alloying content, this alloy is shown to resist pitting and stress corrosion in hot acidic aqueous media. Alloy crevice corrosion resistance may be limited in situations where severe crevices exist in hot acidic chloride-rich brines and strong oxidizing species are present. These corrosion performance enhancements derived from a minor ruthenium alloy addition make the higher strength Grade 28 titanium alloy attractive for high temperature/pressure CPI equipment handling corrosive brines, salt solutions, organic acids, and reducing acid media containing oxidizing species. Keywords: titanium alloys, aluminum, vanadium, ruthenium, corrosion resistance, corrosion testing, reducing acids, chloride brines, crevice corrosion, stress corrosion cracking
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07183 Corrosion Performance of Titanium Grade 38

Product Number: 51300-07183-SG
ISBN: 07183 2007 CP
Author: Patrick A. Snow
Publication Date: 2007
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Alloys of Titanium were compared. Results of crevice corrosion, U-bend, and general corrosion tests in various different media are discussed in this paper. These tests were conducted in order to better understand how Grade 38 compares to common titanium alloys.
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Product Number: 51300-09078-SG
ISBN: 09078 2009 CP
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