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Tungsten & Alloys

Copper-tungsten

Aerospace

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Catalog

Available shades

Select a grade to view its complete technical data sheet: chemical composition, mechanical properties, and available shapes and dimensions.

W93Cu7

Tungsten-Copper

ASTM B702

W90Cu10

Tungsten-Copper

ASTM B702

W85Cu15

Tungsten-Copper

ASTM B702

W80Cu20

Tungsten-Copper

ASTM B702

W75Cu25

Tungsten-Copper

ASTM B702

W70Cu30

Tungsten-Copper

ASTM B702

W65Cu35

Tungsten-Copper

ASTM B702

W60Cu40

Tungsten-Copper

ASTM B702

W55Cu45

Tungsten-Copper

ASTM B702

W50Cu50

Tungsten-Copper

ASTM B702

Tungsten-copper alloy contains 6 to 50 percent copper and offers the advantages of both tungsten and copper: high-temperature resistance, resistance to arc erosion, high strength, high density, good electrical and thermal conductivity, low thermal expansion, ease of cutting and machining, and natural convection cooling properties. It is widely used in machinery, electrical power, electronics, metallurgy, aerospace, and other industries.

Key Characteristics of the W-Cu Alloy

High density

Due to tungsten's high density, the W-Cu alloy has a high density, making it ideal for applications that require a large mass within a limited volume.

Good thermal and electrical conductivity

Copper gives the W-Cu alloy excellent thermal and electrical conductivity, making it ideal for applications in which heat dissipation or electrical conductivity is important.

Mechanical Strength

Adding tungsten to the alloy improves its mechanical strength, making it a durable material for various industrial applications.

Applications of the W-Cu Alloy

Resistance Welding Electrodes

Because of its wear resistance and high electrical conductivity, the W-Cu alloy is widely used in the manufacture of electrodes for resistance welding.

Electronic components

Tungsten-copper composite materials are used in the manufacture of heat sinks, electronic enclosures, and other components that require excellent thermal and electrical conductivity.

Aerospace and Defense Industry

The W-Cu alloy is used in the manufacture of parts for aircraft, missiles, and satellites, where mechanical strength and thermal conductivity are critical factors.

Applications

Available Sizes

Gallery

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