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FORGED STEELS
Forged Steel and Its Uses in Steel Drawn Tubes
Forged steel has a superior grain structure due to its fine grain size and minimal surface porosity. Its mechanical properties, such as yield strength, tensile strength, fatigue strength, and hardness, are also very good. It is also highly flexible and can be reshaped under pressure and force at forging temperatures.
Characteristics of Forged Steel
In the manufacturing sector, metals and alloys hold the largest share of materials used. Steels are iron-carbon alloys, which are subdivided into low carbon (C<0.25%), medium carbon (0.25%-0.6%), and high carbon (0.6%-1.4%) steels based on their carbon content. The presence of carbon significantly affects their mechanical properties, but the presence of carbon alone is not sufficient. Therefore, alloying elements such as Al, Cr, Mo, Ni, Mn, Si, V, and W are added to forged steels, and they are classified according to the amount (low alloy, high alloy) and type of alloying elements they contain (manganese steels, chromium-nickel steels, stainless steels).
The expected metallurgical properties of forged steels include:
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FORGED STEELS
Forged Steel and Its Uses in Steel Drawn Tubes
Forged steel has a superior grain structure due to its fine grain size and minimal surface porosity. Its mechanical properties, such as yield strength, tensile strength, fatigue strength, and hardness, are also very good. It is also highly flexible and can be reshaped under pressure and force at forging temperatures.
Characteristics of Forged Steel
In the manufacturing sector, metals and alloys hold the largest share of materials used. Steels are iron-carbon alloys, which are subdivided into low carbon (C<0.25%), medium carbon (0.25%-0.6%), and high carbon (0.6%-1.4%) steels based on their carbon content. The presence of carbon significantly affects their mechanical properties, but the presence of carbon alone is not sufficient. Therefore, alloying elements such as Al, Cr, Mo, Ni, Mn, Si, V, and W are added to forged steels, and they are classified according to the amount (low alloy, high alloy) and type of alloying elements they contain (manganese steels, chromium-nickel steels, stainless steels).
The expected metallurgical properties of forged steels include:
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Characteristics of Forged Steel
In the manufacturing sector, metals and alloys hold the largest share. Steels are iron-carbon alloys and are divided into subgroups based on the carbon content ratio: low carbon (C<0.25%), medium carbon (0.25%-0.6%), and high carbon (0.60%-1.4%). The presence of carbon in the composition significantly affects mechanical properties, but the presence of carbon alone is not sufficient. Therefore, alloying elements (such as Al, Cr, Mo, Ni, Mn, Si, V, and W) are added to forged steels, which are classified according to the amount (low alloy, high alloy) and type of alloying elements they contain (manganese steels, chrome-nickel steels, stainless steels).
The metallurgical properties expected from forged steels are:
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