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ASTM Selected Technical Papers
Metal Corrosion in the AtmosphereAvailable to Purchase
By
WH Ailor, Jr,
WH Ailor, Jr
1
Reynolds Metals Co.
; symposium co-chairman
.
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SK Coburn
SK Coburn
2
U.S. Steel Corp.
; symposium co-chairman
.
Search for other works by this author on:
WH Ailor, Jr
1
Reynolds Metals Co.
; symposium co-chairman
.
SK Coburn
2
U.S. Steel Corp.
; symposium co-chairman
.ASTM International
Volume:
STP435-EB
ISBN electronic:
978-0-8031-4574-0
ISBN-10:
0-8031-4496-2
ISBN print:
978-0-8031-4496-5
No. of Pages:
397
Publication date:
1968
Book Chapter
Resistance of Titanium-Base Alloys to Atmospheric Corrosion Available to Purchase
By
ML Greenlee
,
ML Greenlee
1
Supervisor
, Metallurgical Laboratory, Applications Development Center, Titanium Metals Corporation of America
, West Caldwell, N. J.
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LF Plock
LF Plock
2
Research chemist
, Research and Development Department, Reactive Metals, Inc.
, Niles, Ohio
.
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Page Count:
6
-
Published:1968
Citation
ML Greenlee, LF Plock, 1968. "Resistance of Titanium-Base Alloys to Atmospheric Corrosion", Metal Corrosion in the Atmosphere, WH Ailor, Jr, SK Coburn
Download citation file:
Eight titanium alloys were included in the 1957 ASTM Committee G-1 (formerly B-3) program to determine the atmospheric corrosion behavior of nonferrous metals and alloys. Representative alloys of the alpha, alpha-beta, and beta type were evaluated. Based upon results of weight change measurements and tension tests, two- and seven-year exposures at four prominent ASTM test sites resulted in no significant corrosion. Slight staining was observed, but there was no appreciable weight change.
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