Interaction of molybdenum and copper alloy

The molybdenum copper is an alloy of molybdenum and copper, which is a good alternate to tungsten copper for the mass sensitive applications. The mixture of high temperature hydrogen sintering and high purity raw material are using no additives produces the greatest thermal conductivity, which is available for this composite material system. Moreover, the molybdenum and copper composite material are manufactured by the copper infiltration of the sintered molybdenum. They are also available with the diverse contents of copper ranged from 15 to 50%. The molybdenum and copper alloy also has amazing performances, so it can be utilized as greater temperature portion of the missiles and rockets as well.

Properties of molybdenum and copper

The properties of molybdenum and copper are high thermal and electrical conductivity. The molybdenum is a greater element for the electrical conductivity except for the copper, silver and gold in the metals. Hence, the molybdenum and copper alloy composed by this combination have very high thermal as well as electrical conductivity. The coefficient of thermal expansion of copper is greater and however, the coefficient of thermal expansion of molybdenum is very less. Hence, the less coefficient of thermal expansion can be built by diverse ratio of the parts according to the needs.

Uses of tungsten alloys

The tungsten is an invaluable element in the alloying process, where the elements are mixed to create the new and also enhanced the metals called as alloys. The tungsten alloys are commonly known as heavy alloys that are normally 90 to 97% tungsten with the rest of its composition being a background of metals that can enhance the machinability as well as ductility of resultant alloy. The most common type of tungsten alloys are nickel iron alloys, which are the top of list in terms of density, strength and ductility as well.

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