Construction Materials for Photographic Processing Equipment |
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Page 4
Corroded End ( anodic , or least noble ) Magnesium Magnesium Alloys Inconel (
active ) Hastelloy B ( active ) Zinc Aluminum and its Alloys Brasses Copper
Bronzes Monel Cadmium Carbon Steel Wrought Iron Cast Iron Nickel 200 (
passive ) ...
Corroded End ( anodic , or least noble ) Magnesium Magnesium Alloys Inconel (
active ) Hastelloy B ( active ) Zinc Aluminum and its Alloys Brasses Copper
Bronzes Monel Cadmium Carbon Steel Wrought Iron Cast Iron Nickel 200 (
passive ) ...
Page 5
The metal close to the active end of the table will be anodic and will corrode ,
while the metal closer to the noble end will act as a cathode and be protected .
The farther apart the contacted metals are in the series , the greater will be the ...
The metal close to the active end of the table will be anodic and will corrode ,
while the metal closer to the noble end will act as a cathode and be protected .
The farther apart the contacted metals are in the series , the greater will be the ...
Page 7
Anodic inhibitors form a slightly soluble film over the anodic areas of the galvanic
couple . This inhibits the normal migration of metal ions , thus decreasing
corrosion . Chromates , nitrates , phosphates , and silicates are the most common
...
Anodic inhibitors form a slightly soluble film over the anodic areas of the galvanic
couple . This inhibits the normal migration of metal ions , thus decreasing
corrosion . Chromates , nitrates , phosphates , and silicates are the most common
...
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Bibliographic information
| Title | Construction Materials for Photographic Processing Equipment Volume 12 of Kodak publication |
| Author | Eastman Kodak Company |
| Edition | 3, illustrated |
| Publisher | Eastman Kodak Company, 1980 |
| Original from | the University of Virginia |
| Digitized | 27 Jun 2008 |
| ISBN | 087985250X, 9780879852504 |
| Length | 36 pages |
| Export Citation | BiBTeX EndNote RefMan |