The most common of the tungsten alloys, tungsten nickel iron alloys are top of the list in terms of ductility, strength, and density. Regardless, this section will break down the popular types of tungsten alloys and in what applications they are often used. There is no true naming standard for these alloys, as they are set individually by the manufacturer and are not superimposable onto a general scheme such as with the alloys of steel or aluminum. Tungsten alloys, sometimes referred to as heavy alloys, are usually 90-97% tungsten with the rest of its composition being a matrix of metals which improve the ductility and machinability of the resulting alloy. The hope is that, by learning about the different grades of tungsten alloy available, buyers will have an easier time choosing the right tungsten alloy for their projects. We will investigate the main categories of tungsten alloys, their beneficial properties, and the applications for each type. Besides being a great alloying element, tungsten can also be the base for its own alloys, and this article will highlight the basic categories of these tungsten-based alloys. Tungsten provides a unique contribution, as it imbues exceptional strength, corrosion resistance, and other useful properties to base metals. Tungsten is an invaluable element in the alloying process, where elements are blended to form new and improved metals known as alloys. Tungsten is valuable as an alloying element to create improved metal alloys when added to base metals.
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