Search results
Machining Steel 6150. Steel 6150 is a low-alloy steel with a carbon content of 0.5% and additional 2% content of manganese, chromium, and vanaduim. (See details in the below table). Steel 6150 has a machinability rating of 60%.
AISI 6150 steel is chromium vanadium type spring steel. It’s a similar alloy steel to 5150 steel with small, but effective, vanadium addition, to import greater hardness. AISI steel 6150 has low distortion properties and is easily heat treated. The SAE 6150 steel grade is suitable for oil hardening and tempering.
22 mar 2023 · AISI 6150 steel offers great machinability characteristics thanks to its low carbon content and good toughness values. This means that parts made from this alloy can be easily machined into complex shapes with minimal effort when compared with some other materials on the market today.
The machinability rating of 6150 alloy steel is 59. Welding. AISI 6150 alloy steel can be welded using any common welding methods. However, preheating and post weld stress relieving have to performed for welding this steel. Heat Treatment. AISI 6150 alloy steel is hardened at 871°C (1600°F).
SAE/AISI 6150 is a chromium vanadium alloy steel that is commonly used in heavily stressed machinery parts, including shafts, gears, and pinions. It is also used in hand tool components and in the automotive industry. The following table provides a list of SAE/AISI 6150 properties in both SI and US customary/Imperial units.
The machinability rating of 6150 alloy steel is 59. Welding AISI 6150 alloy steel can be welded using any common welding methods. However, preheating and post weld stress relieving have to be performed for welding of this steel. Heat Treatment AISI 6150 alloy steel is hardened at 871°C (1600°F). This steel is tempered followed by normalizing at
Another highly robust spring steel variant is AISI 6150, also referred to as chrome vanadium steel. This alloy steel includes chromium and vanadium along with carbon, bestowing it with a blend of high strength, toughness, and fatigue resistance.
