High mechanical strength copper tungsten alloy plate CuW(60)

Width: Maximum 660mm

Length: Maximum 730mm

Thickness: Maximum 170mm

Composition: 60% tungsten, 40% copper

Allowance for deviation: ±0.7

Density of tungsten: 19.25g/cm³

Density of copper: 8.92/cm³

Product features and applications:

High strength / High specific gravity / High temperature resistance / Resistance to arc burn / Excellent electrical and thermal conductivity / Good processing performance

Mechanical strength and corrosion resistance

High-strength copper-tungsten alloy plates have high mechanical strength and can withstand large pressure and impact forces. At the same time, high-strength copper-tungsten alloy plates also have good corrosion resistance and can work stably for a long time in harsh environments. These characteristics make high-strength copper-tungsten alloy plates widely used in aerospace, automotive manufacturing, and electronic industries, etc.

Processing performance and plasticity

The high-strength copper-tungsten alloy plate has excellent processing performance and plasticity, and can be formed and cut through various processing techniques. This enables the high-strength copper-tungsten alloy plate to have significant advantages in manufacturing complex-shaped components, meeting the diverse and flexible material requirements of precision machinery and electronic equipment.

High-strength copper-tungsten alloy plates have a wide range of applications. They are mainly used to manufacture the contacts of high-voltage electrical switchgear that resist arc erosion, as well as the throat liners of rocket nozzles, tail rudders and other high-temperature components. They are also used as electrodes in electrical processing, high-temperature molds, and other situations requiring good electrical conductivity, heat conductivity and high-temperature performance.