Corrosion Resistance/AISI 440C STAINLESS STEEL
Chemicals
Condition
Temperature(Žj
SUS440C
SUJ2
Acetic Acid


›
~
Acetone

normal
›
[
Air

normal
›
’
Carbon Tetrachloride
dry/wet
normal
›
~
Carbonic Acid gas


›
~
Chloric Gas
dry
normal
’
’
Chloric Gas
wet
100‹C
~
~
Hydrochloric Acid
75“ solution

~
~
Hydrogen Peroxide


›
’
Hydrogen Sulfide Gas
dry

›
’
Hydrogen Sulfide Gas
wet

›
’
Naphtha

normal
›
[
Natural Water

normal
›
~
Nitric Acid
Thick
normal
›
~
Nitric Acid
Thick
boiling
~
~
Sea Breeze

normal
›
~
Sea Water

normal
’
~
Sea Water
50“ solution
normal/boiling
›
~
Sulfurous Acid
thick
normal
›
’
Sulfurous Acid
thick
boiling
~
~
Sulfurous Acid
50“ solution
normal/boiling
~
~
Sulfurous Acid Gas
dry

›
~
Sulfurous Acid Gas
wet

›
~
Water vapor

100‹C
›
~
– › not effected@’ slightly effected@~ effected@[no data available
[Remarks]
This comparison list is provided as general guidance for the users. The performance level of corrosion resistance varies, depending upon the conditions of each appilcation. Therefore,we recommend that user conduct actual testing to see how 440C stainless steel works in the user-specific applications. We are not responsible for any claims taken place in the user's applications without actual testing.