En9 Carbon Steel Sheets

The mechanical properties of our En9 Carbon Steel Sheets are excellent, with very high tensile strength and good elongation. The sheets are tough and can absorb shocks and impacts without permanent deformation. Their wear resistance is notably high, making them suitable for applications where durability is essential. The wear resistance, friction, and fatigue that the steel is capable of withstanding mean performance is maintained over a long period, even in the most challenging environments. Besides, these sheets offer good machinability, enabling easy cutting, drilling, and forming during fabrication.

Some of the key benefits of the En9 Carbon Steel Sheets include their excellent strength-to-weight ratio: extremely high strength and hardness without excess weight, which is extremely important in those applications where weight reduction is crucial. The wear resistance of the steel provides durability and reduces the frequency of replacement or maintenance. Its machinability allows for cost-effective processing and customization, thus enabling us to meet particular design requirements. En9 steel is said to perform well in very hot as well as very cold conditions and adds versatility to the material.

The mechanical properties include tensile strength in the range of 450–700 MPa, the yield strength of at least 300 MPa, and an elongation of about 20%. Because of this specification, En9 steel sheets are very reliable in heavy-duty applications.

En9 Carbon Steel Sheets is a medium-carbon steel grade that, for the most part, contains about 0.37% to 0.44% carbon, along with small amounts of manganese, phosphorus, and sulfur. With this composition, addition improves strength and resistance against wear, making it suitable for parts that have to bear heavy loads and mechanical stress. The sheets of En9 steel may be supplied in hot-rolled, cold-rolled, and annealed conditions, depending on the application and required mechanical properties. The sheets can also undergo heat treatment or machining for additional processing to meet specific performance requirements.