Aluminum Silicon Sputtering Target 50.8-101.6mm
Aluminum Silicon Sputtering Target 50.8-101.6mm
SKU:ALU-f7fb5f
High-purity Aluminum/Silicon Sputtering Target for efficient ion bombardment in sputtering applications. Diameter: 50.8-101.6mm, Thickness: 6mm, 99.998% purity
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$499.99
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$499.99
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Aluminum Silicon Sputtering Target 50.8-101.6mm
$499.99
Quantity: 1
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Aluminum Silicon Sputtering Target 50.8-101.6mm
$499.99
Quantity: 1
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The Aluminum/Silicon Sputtering Target with a diameter range of 50.8 to 101.6mm offers high purity of 99.998%. Ideal for sputtering applications, this target boasts a thickness of 6mm, electrical resistivity of 2.6 to 3.5 µΩ·cm, and a tensile strength of 310.00 MPa. With a melting point of 600.00 ºC and density of 2.700 g·cm-3, this target ensures precise ion bombardment for efficient cold vaporization. Manufactured to the highest standards, it meets stringent procurement requirements for reliable performance.
Product Specifications
Electrical Properties Electrical Resistivity
2.6 to 3.5 µΩ·cm
Electrical Properties Temperature Coefficient
0.00420 k-1
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 Tensile Strength
310.00 MPa
Physical Properties Density
2.700 g·cm-3
Specifications Diameter
50.8 to 101.6 mm
Specifications Form
Sputtering Target
Specifications High Purity
99.998 %
Specifications Thickness
6 mm
Thermal Properties Melting Point
600.00 ºC
Tolerances Disc Diameter Tolerance
0.5 mm
Tolerances Thickness Tolerance
0.5 mm
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.