Medium carbon steel is most used for manufacturing and construction applications that require a high degree of tensile strength and ductileness. This grade of steel is even used before less-brittle steel grades. To learn how carbon steel is used throughout our society, both nationally and globally, continue below.
Medium Carbon Steel Facts
To create a medium-range steel product, a very particular amount of carbon is added during the manufacturing process. Typically, medium carbon steel contains between .03 and .07 percent of carbon, but this is not the only attribute that makes carbon steel unique. Carbon steel is cured from the outside in, a hardening process known as quenching. Carbon steel has a high degree of tensile strength due to a process known as tempering, which ensures Martensite properties.
So, what is medium carbon steel used for the most? You can expect much of all medium carbon steel produced to be used for shafts and gearing, pressurized structures, railways, and structural steel.
Structures With Pressurized Contents
Constructs that are pressurized, such as pressurized tank systems like boilers and well pressure tanks, are often made from medium carbon steel. The reason for this is due to the metal’s ductility and tensile strength properties. They can be easily formed into the proper tank shapes and dimensions, while also withstanding the force of the highly-pressurized contents.
Construction and Structural Steel
A vast quantity of medium carbon steel is allocated to the construction and building industries in the form of structural steel hardware. Materials like beams, joint plates, and similar components are made from medium-range steel, which help relieve some of the torque and connection pressure, as well as help the structure withstand inclement temperature changes. This is possible because of its high tensile strength and
Shafts and Gearing Pieces
Medium carbon steel is the primary component used to manufacture things like axles, crankshafts, and gear plates. Because medium carbon steel has a high level of ductility, or malleability, it can easily be fabricated into thin components without jeopardizing the overall structural integrity.
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