Cymat A35620SC 030SS Stabilized Aluminum Foam

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Cymat A35620SC 030SS Stabilized Aluminum Foam
Categories:	Metal; Metal Foam, Mesh, or Honeycomb; Metal Matrix Composite; Nonferrous Metal; Aluminum Alloy; Other Engineering Material; Composite Core Material
Material Notes:	Description: Cymat A35620SC 030SS stabilized aluminum foam (SAF) is a closed cell aluminum foam formed from A356 aluminum alloy with a density of 0.3 g/cm³. The mechanical properties of SAF make it ideal for many varied applications. These properties include: High strength and stiffness to-weight ratio Strain rate insensitive (the speed of loading does not affect the strength) Notch insensitive (holes do not affect material strength) Constant properties over time, temperature and moisture range High mechanical energy absorption in all directions Not flammable or susceptible to environmental degradation Acoustic and thermal insulation properties Electromagnetic insulation properties Recyclable Applications: Energy absorption for vehicle crashworthiness Energy absorption for blast protection Structural stability Core for a casting Information provided by Cymat.
Key Words:	SAF
Vendors:

Available Properties

Density
Cell Length, Average Cell Size
Tensile Strength, Ultimate, Through Plane Direction
Tensile Strength, Ultimate, Foaming Direction
Tensile Strength, Ultimate, In Plane Direction
Elongation at Break, Through Plane Direction
Elongation at Break, Foaming and In Plane Directions
Tensile Modulus, Through Plane Direction
Tensile Modulus, Foaming Direction
Tensile Modulus, In Plane Direction
Compressive Yield Strength, Through Plane Direction
Compressive Strength, In the Foaming Direction
Compressive Strength, In the In Plane Direction
Compressive Modulus, Loading, In the Through Plane Direction
Compressive Modulus, Loading, In the Foaming Direction
Compressive Modulus, Loading, In the In Plane Direction
Compressive Modulus, Unloading, In the Through Plane Direction
Compressive Modulus, Unloading, In the Foaming Direction
Compressive Modulus, Unloading, In the In Plane Direction
Shear Modulus
Shear Strength
Impact, MJ/m³, Volumetric Energy Absorption (compression) at 20% Strain in the Through Plane Direction
Impact, MJ/m³, Volumetric Energy Absorption (compression) at 20% Strain in the Foaming Direction
Impact, MJ/m³, Volumetric Energy Absorption (compression) at 20% Strain in the In Plane Direction
Impact, kJ/kg, Specific Energy Absorption (compression) at 20% Strain in the Through Plane Direction
Impact, MJ/m³, Volumetric Energy Absorption (compression) at 50% Strain in the Through Plane Direction
Impact, MJ/m³, Volumetric Energy Absorption (compression) at 50% Strain in the Foaming Direction
Impact, MJ/m³, Volumetric Energy Absorption (compression) at 50% Strain in the In Plane Direction
Impact, kJ/kg, Specific Energy Absorption (compression) at 20% Strain in the Foaming Direction
Impact, kJ/kg, Specific Energy Absorption (compression) at 20% Strain in the In Plane Direction
Impact, kJ/kg, Specific Energy Absorption (compression) at 50% Strain in the Through Plane Direction
Impact, kJ/kg, Specific Energy Absorption (compression) at 50% Strain in the Foaming Direction
Impact, kJ/kg, Specific Energy Absorption (compression) at 50% Strain in the In Plane Direction
Thermal Conductivity
Maximum Service Temperature, Air
Minimum Service Temperature, Air

Property Data

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