What Is Electrical Conductivity of High-Density Tungsten Alloy?

High-density tungsten alloy has good electrical conductivity. Although it does not conduct electricity as well as pure tungsten, it can still be considered a good conductive material. Its conductive properties are mainly affected by alloy composition and processing methods. Typically, high-density tungsten alloys have an electrical conductivity of about 30% to 50% of pure tungsten, making them still a suitable material in many electronic and electrical applications.

The conductive properties of high-density tungsten alloy make it play an important role in some applications that require high density and high conductivity. For example, among arc welding materials, high-density tungsten alloy is used to make electrodes because it can withstand arcs under high-temperature, high-current conditions while having high electrical conductivity. In addition, high-density tungsten alloy is used in the manufacture of electronic components and contacts, as well as in some special applications in the semiconductor industry, as its high density and conductive properties make it a reliable material.

In short, although the electrical conductivity of high-density tungsten alloy is not as good as that of pure tungsten, it still has good electrical conductivity and is suitable for many applications that require high density and high conductivity.

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