Steel is an integral part of our lives. There isn't any sphere where we are not able to find the usage of steel. From the tools which we use for the vehicles as well as the machines used in major industries, everything is comprised of steel. Steel has a high Young's modulus that is the highest elasticity of metals. This makes it extremely versatile in its applications.
The combination of different metals creates an alloy. The process of fabricating steel is a difficult but interesting process. Steel fabrication can be performed by two methods, one being the integrated route or raw material method and the second being an electric arc furnace or EAF method. The first method is that all the materials are heated before being melting down. Then, the melted materials are combined to form steel. You can visit ogis.com.au/metal-services/quality-metal-fabrication to find about steel fabrication in detail.
The second method, which is an electric arc furnace process, involves the recycling process of steel. The steel that is recycled is put in a furnace that produces heat and it is melted. In the end, to create the final product it is mixed with other elements. This is a simpler and faster process. But, over 60% of the fabrication of steel is done using the old raw material selection.
Each type of steel has its own peculiar characteristic trait, pertaining to its chemical structure, physical and environmental traits. New types of steel are constantly being processed by engineers to suit various needs. The modern world is developing at a racing speed and steel has proved to be a metal of great assistance. Steel is so versatile and so elastic makes it easy for engineers to process the metal in different ways in accordance with the need of the particular industry.