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Home/Compare/Aluminum Alloy/Aluminum Alloy 5254-H38 vs Aluminum Alloy 5457-H25

Aluminum Alloy 5254-H38 vs Aluminum Alloy 5457-H25

Property comparison of Aluminum Alloy 5254-H38 and Aluminum Alloy 5457-H25, both aluminum alloy.

Aluminum Alloy12 compared properties
PropertyAluminum Alloy 5254-H38Aluminum Alloy 5457-H25Difference
Yield strength269 MPa159 MPa-41%
Tensile strength331 MPa179 MPa-46%
Elongation10 %12 %+20%
Elastic modulus73,000 MPa73,000 MPa0%
Shear modulus26,000 MPa26,000 MPa0%
Poisson ratio0.330.330%
Density2,700 kg/m³2,700 kg/m³0%
Brinell hardness80 HB48 HB-40%
Thermal conductivity117 W/m·K117 W/m·K0%
Specific heat900 J/kg·K900 J/kg·K0%
Coefficient of thermal expansion0.000024 1/K0.000024 1/K0%
Melting point568 °C568 °C0%

Difference is Aluminum Alloy 5457-H25 relative to Aluminum Alloy 5254-H38. Values are taken from the representative row of each material; both materials may have multiple heat treatments or conditions on their individual pages.

Identification

Aluminum Alloy 5254-H38
standard
ANSI
heat treatment
Wrought
Aluminum Alloy 5457-H25
standard
ANSI
heat treatment
Wrought

About 5xxx aluminum alloys

5xxx aluminum alloys are alloyed with magnesium. They are not heat-treatable and gain strength through cold work. They have the best corrosion resistance of the wrought aluminums in marine environments. 5052 covers general sheet work; 5083 and 5086 are common in shipbuilding and pressure vessels.

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