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The chromium tungsten alloy is a heavy, ductile, and machinable alloy that has a relatively high percentage of tungsten. It has been used in many applications and is a popular choice for metallurgy and aerospace.
Tungsten is a very important element in modern material science and metallurgy, particularly in the field of advanced alloys. It has many applications such as in aerospace, mechanical engineering, and medical technology.
Currently, tungsten is being developed into many different alloys that are used in many applications. Some of these new alloys are referred to as superalloys, which means they have improved mechanical properties, higher workability, and increased resistance to extreme stresses.
One of these alloys is Hastelloy(r) which is a nickel chromium molybdenum tungsten alloy with high hardness and tensile strength. It is commonly used in turbine blades and other wear-resistant applications.
Another is Stellite(r), which is a cobalt, chromium, and tungsten carbide alloy with high strength and hardness and excellent machinability. It is typically used in turbine blades and other heavy industrial applications.
This alloy is used in a variety of high-temperature, corrosive, and thermal-failure applications such as turbomachinery, automotive, petrochemical, hydroelectric, and agricultural equipment. It also has improved wear-resistance and is resistant to abrasion.
