corrosion test
 Stress corrosion test
Stress corrosion test  Hydrogen induced cracking test
Hydrogen induced cracking test  Intergranular corrosion test
Intergranular corrosion test  Salt spray corrosion test
Salt spray corrosion test  Gas corrosion test
Gas corrosion test  Total corrosion
Total corrosion  Localized corrosion
Localized corrosion  Corrosion test under simulated working condition
Corrosion test under simulated working condition  Point corrosion test
Point corrosion test  Crevice corrosion
Crevice corrosion  Hydrogen stripping test
Hydrogen stripping test  Dezincification resistance test of brass
Dezincification resistance test of brass Valve detection
Metallographic analysis
component analysis
Mechanical test
failure analysis
Nondestructive flaw detection
 
    
    
    
2016-11-11 Rongda test 1198 times
 
                        Detection Purpose: Detection of stress corrosion sensitivity of stainless steel in boiling magnesium chloride solution
Detection range: Stainless steel, alloy, and other metal products
Stress corrosion cracking (SCC) refers to the phenomenon of delayed cracking or delayed cracking of metal materials under tensile stress due to the synergistic action of corrosion medium and stress in some specific media. Under the action of stress, austenitic stainless steel is prone to "chlorine embrittlement" in chloride solution, resulting in material damage. Therefore, it is necessary to carry out stress corrosion test on stainless steel by boiling magnesium chloride test. The corrosion temperature can be controlled at 143 ℃ or 155 ℃. The test time usually takes hundreds of hours.