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AMC4632 Elevated Temperature Fatigue Performance

AMC4632 Elevated Temperature Elastic Modulus

AMC4632

Material Grade:

AMC4632

 

Material Type:

Aluminium-Silicon Alloy

 

Description:

AMC4632 is a high quality hyper-eutectic aluminium-silicon alloy. It is manufactured by a powder metallurgy route to refine the microstructure and provide enhanced mechanical properties.

 

This low density material offers a high tensile modulus (approximately 15% higher than AA4032), good strength and excellent fatigue resistance at ambient and elevated temperatures. It can be used as a replacement for conventional aluminium alloys such as AA4032 and AA2618 in a range of applications.  AMC4632 may be machined to fine surface finish and tolerances using high speed techniques.

 

 

Typical Mechanical Properties at Room Temperature

Product Form Billet Extrusion Forging
Orientation N/A L L, T & ST
Thickness mm Any 5-20 5-20
Heat Treatment T6 (CWQ) T6 (CWQ) T6 (CWQ)
Property Basis Typical Typical Typical
Ultimate Strength MPa 440 460 440
0.2% Yield Strength MPa 390 395 375
Strain to Failure % 1.1 2.5 1.5
Elastic Modulus GPa 94 94 94
Poisson’s Ratio 0.32 0.32 0.32

 

Typical Physical Properties at Room Temperature

Thermal Expansion
ppm/0C
Thermal Conductivity
W/m/0C
Density
g/cc
Electrical Conductivity
%IACS
16.1 129 2.70  25 (T1)

Typical properties - not a guarantee.

For further information on AMC4632 properties & full data sheet please contact us.

 

 

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For further information, please contact us.
 

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