Corrosion Resistance Of Various Materials To Salts

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Corrosion Resistance of Various Materials to Salts
Miscellaneous Media
Concentration
Temperature (°F)
Nickel-Alloy
Tantalum
Titanium
Zirconium
Acetone
Boiling
A
A
Alcohol (Methyl-, Propyl-,
Butyl-, Ethyl-)
Room
A
A
A
A
Alkaform
A
Aluminum
Molten
C
C
Aniline
Concentrated
Room
A
A
Baking Oven Gases
A
A
Beer
A
A
Benzene
Room
A
A
A
Benzol
Hot
A
A
Bleaching Powder
Solution
Hot
A
C
Blood (Meat Juices)
Cold
A
A
Borax, Fused
Fused
A
C
Bromine
Dry
A
A
Bromine Water
Room
A
A
C
Buttermilk
Room
A
A
Cadmium
Molten
C
A
Camphor
A
A
Carbonated Beverages
A
A
Carbon Monoxide Gas
900
A
C
Caustic Lime
A
A
Caustic Soda
A
C
Chlorinated Water
Saturated
Room
A
A
A
C
Chlorine Gas, Dry
Room
A
A
C
B
Chlorine Gas, Moist
Room
A
A
A
C
Chlorine Gas, Moist
212
C
A
A
C
Chloroform Room
Room
A
A
A
A
Chromium Plating Bath
Room
A
Cider Room
Room
A
A
Coffee Boiling
Boiling
A
A
Copal Varnish
A
A
Cream of Tartar
A
Creosote (Coal Tar)
Hot
A
Crude Oil
A
A
Developing Solutions
Room
A
A
Distillery Wort
A
Dyewood, Liquor
Room
A
Ether Room
Room
A
A
Flue Gases
A
A
Fluorine
Room
C
Food Pastes
A
A
Formaldehyde
Room
A
A
A
Fuel Oil
Hot
A
A
Fuel Oil (containing H
SO
)
Hot
A
A
2
4
Fruit Juices
Room
A
A
Furfural
A
A
A
Gasoline
A
A
Glauber’s Salt
Solution
Hot
A
A
A = Fully resistant, but subject to pitting at air line or when allowed to dry.
B = Slightly attacked, but may be attacked when sulfuric acid is present.
C = Unsatisfactory.
Reprinted with permission from AstroCosmos Metallurgical, Oxnard, Calif.
Visit for complete information.

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