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Steel Grades

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SAE A 789 S31200
SAE A 240 S31200
SAE A 1049 S31200
SAE A 988 S32950
SAE A 959 S32950
SAE A 949 S32950
SAE A 928 S32950
SAE A 815 WPS32950
SAE A 815 CRS32950
SAE A 790 S32950
SAE A 789 S32950
SAE A 511 S32950
SAE A 479 S32950
SAE A 473 S32950
SAE A 314 S32950
SAE A 240 S32950
SAE A 1082 S32950
SAE A 1049 S32950
SAE A 949 S32900
SAE A 928 S32900
SAE A 790 S32900
SAE A 789 S32900
SAE A 240 S32900
SAE A 1082 S32900
SAE A 949 S32550
SAE A 928 S32550
SAE A 815 WPS32550
SAE A 815 CRS32550
SAE A 790 S32550
SAE A 789 S32550
SAE A 511 S32550
SAE A 479 S32550
SAE A 473 S32550
SAE A 276 S32550
SAE A 240 S32550

Descriptions

In the atmosphere and acid, alkali, salt and other corrosive medium appears passivity, corrosion resistant and not rusty high chromium alloy (commonly 12% ~ 12%).
Refers to stainless steel resistant to weak corrosive medium such as air, steam, water and acid, alkali, salt and other chemical etching medium corrosion of steel, also known as stainless acid-resisting steel. In practical applications, often called the weak corrosive medium corrosion resistant steel stainless steel, and will be referred to as the acid resistance to chemical corrosion medium of steel steel. Due to the chemical composition on the difference between the two, the former may not resistant to chemical corrosion medium, while the latter are generally not rust. The corrosion resistance of stainless steel depends on the alloy elements contained in steel. Stainless steel alloy elements and basic nickel, molybdenum, titanium, niobium, copper, nitrogen, etc., to meet the various USES of stainless steel organization and performance requirements. Stainless steel easy to chlorine ion corrosion, because of the chromium, nickel, chlorine is isotopic elements and isotopic elements will be swapping assimilation to form the corrosion of stainless steel.

Steel Grades

Descriptions

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