After analyzing chemical composition, hardness, toughness and internal controls, we now…
Special Steel Production Processes: Forging
Forging is a crucial stage in the production of special steel, where raw ingots, obtained through conventional melting or remelting processes, undergo hot plastic deformation to achieve the desired shapes and metallurgical properties. This step is essential to transform the steel from its raw state—with limited mechanical properties—into a product with advanced characteristics, ready to meet the demands of the most demanding industrial applications.
Benefits of Forging in Special Steel
Forging significantly improves the microstructure of steel by eliminating certain internal defects and enhancing its properties, such as mechanical strength and ductility. Using machinery like hammers and presses, the steel undergoes plastic deformation that helps improve the distribution of chemical elements and achieve a homogeneous structure. These advantages make forging a fundamental step in the production of special steels destined for critical sectors such as energy, automotive, and precision engineering.
The Forging Process
Hot plastic deformation applied to medium and large-sized billets is known as forging or hammering. This process enables the steel to develop greater internal strength, enhancing its ability to withstand high loads and mechanical stresses. Forging, which can be followed by additional machining processes, is an effective technique to ensure the production of special steel with high performance.
The production processes of special steel – Forging: conclusion.
Forging is one of the fundamental technologies in the production of special steel. Through the use of advanced hot plastic deformation technologies, such as those implemented at Deutsche Edelstahlwerke (DEW) steelworks, the raw steel is transformed into a product—with excellent mechanical and microstructural properties—suitable for manufacturing final products that meet the high technical demands of advanced industrial sectors.
