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SAE 302 Stainless Steel (Annealed bar) vs SAE 303 Stainless Steel (Cold drawn)

Property comparison of SAE 302 Stainless Steel (Annealed bar) and SAE 303 Stainless Steel (Cold drawn), both stainless steel.

Stainless Steel13 compared properties
PropertySAE 302 Stainless Steel (Annealed bar)SAE 303 Stainless Steel (Cold drawn)Difference
Yield strength240 MPa415 MPa+73%
Tensile strength585 MPa690 MPa+18%
Elongation60 %40 %-33%
Elastic modulus193,000 MPa193,000 MPa0%
Shear modulus74,231 MPa74,231 MPa0%
Poisson ratio0.30.30%
Density7,850 kg/m³7,850 kg/m³0%
Brinell hardness147 HB228 HB+55%
Thermal conductivity15.1 W/m·K15.1 W/m·K0%
Specific heat460 J/kg·K460 J/kg·K0%
Coefficient of thermal expansion0.000016 1/K0.000016 1/K0%
Melting point1,400 °C1,400 °C0%
Reduction in area70 %53 %-24%

Difference is SAE 303 Stainless Steel (Cold drawn) relative to SAE 302 Stainless Steel (Annealed bar). Values are taken from the representative row of each material; both materials may have multiple heat treatments or conditions on their individual pages.

Identification

SAE 302 Stainless Steel (Annealed bar)
grade
302
standard
SAE
heat treatment
Annealed bar
SAE 303 Stainless Steel (Cold drawn)
grade
303
standard
SAE
heat treatment
Cold drawn

About 300-series stainless steels

Austenitic stainless steels gain corrosion resistance from chromium and nickel and are non-magnetic in the annealed condition. 304 covers most general-purpose work; 316 adds molybdenum for chloride and seawater service. They cannot be hardened by heat treatment and rely on cold work for higher strength.

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