Cold Roll Round Bar 1018 Cold Finish offers a good blend of strength, some ductility, ease of welding and machining. 1018, the most popular of the cold-rolled steels, is chemically similar to A36 Hot-Rolled steel, but the finishing process offers superior surface finish and mechanical properties. It is typically used in pins, rods, shafts, spindles, and sprockets.
Product Information
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Mechanical Properties
Chemistry Information : 1018 Carbon Steel
The 1018 carbon steel round bar offers good strength with excellent machinability, making it a popular choice for parts requiring consistent mechanical properties and ease of fabrication.
Yes, the 1018 carbon steel round bar is well-suited to both welding and forming processes due to its low carbon content and uniform composition.
Each piece of the 1018 metric carbon steel round bar is 25mm in diameter and comes in a 36-inch (approximately 914mm) length with a mill finish.
This bar is commonly used for shafts, rods, pins, and a variety of general machining applications where a smooth surface and reliable mechanical strength are essential.
This product typically ships from OnlineMetals' available warehouses, with stock regularly on hand for prompt delivery to your location.
The 1018 carbon steel round bar offers good strength with an ultimate tensile strength of 64 ksi and yield strength of 54 ksi, combined with excellent machinability rated at 78, making it ideal for parts requiring reliable mechanical properties and ease of fabrication.
Yes, due to its low carbon content and uniform composition, the 1018 carbon steel round bar is well-suited for welding and forming processes.
Each piece is 25mm in diameter and approximately 36 inches (914mm) in length, supplied with a cold finish that provides a superior surface quality.
This bar is commonly used for shafts, rods, pins, spindles, sprockets, and general machining applications where a smooth surface and consistent mechanical strength are important.
Yes, an MTR report is available for this product to verify its chemical and mechanical properties.