Al88/Si12 Alloy Powder (150 µm)
Al88/Si12 Alloy Powder (150 µm)
SKU:ALU-24177b
High-quality Al88/Si12 Alloy Powder with 150 µm particle size for superior alloying performance.
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$45.99
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$45.99
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Al88/Si12 Alloy Powder (150 µm)
$45.99
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Al88/Si12 Alloy Powder (150 µm)
$45.99
Quantity: 1
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The Al88/Si12 Alloy Powder is a precise blend of Aluminum and Silicon, meticulously crafted for superior performance in various applications. With a maximum particle size of 150 µm, this powder offers exceptional mechanical and thermal properties, including a Modulus of Elasticity of 71.1 GPa and a Melting Point of 577.00 °C. Ideal for alloy precursor needs, this powder ensures reliable results and consistency in alloying processes.
Product Specifications
Electrical Properties Electrical Resistivity
5.56 µΩ·cm
Material Material
Aluminum/SiliconAlloys are mixtures of a metal with other elements, the precise combination being governed by the required properties. Alloys are generally considered to be metallic in nature i.e. they have good thermal and electrical conductivities).Alloys can be manufactured by various routes, the most widely used being to melt the constituents together and to cool the resultant mixture to form a single or multi-phase solid.
Mechanical Properties Elongation At Break
< 20.0 %
Mechanical Properties Modulus Of Elasticity
71.1 GPa
Mechanical Properties Tensile Strength
241.50 MPa
Physical Properties Density
2.660 g·cm-3
Specifications Form
Powder
Specifications Maximum Particle Size
150 µm
Specifications Weight
20 to 100 g
Thermal Properties Coefficient Of Thermal Expansion At 20 To 100
20.400 x10-6 K-1
Thermal Properties Melting Point
577.00 ºC
Thermal Properties Thermal Conductivity At 23 Degree Celsius C T
121.00 W m-1K-1
Type Type
AlloyAlloys are mixtures of a metal with other elements, the precise combination being governed by the required properties. Alloys are generally considered to be metallic in nature i.e. they have good thermal and electrical conductivities). Alloys can be manufactured by various routes, the most widely used being to melt the constituents together and to cool the resultant mixture to form a single or multi-phase solid.