AISI 5120 Alloy Steel Chemical Composition & Properties, Grade, Charts and Online Pdf

The AISI 5120 is a low alloy steel, one of its main features are its extraordinary properties of strength and ductility. It is mainly represented chemically by carbon, manganese, chromium, and, in some instances, molybdenum that are known to add to its distinctive mechanical features. A picking out carbon amount of 0.17% makes it quite easy to weld and machine. Manganese presence increases hardness but chromium and molybdenum help in anti corrosive properties and high strength at high temperatures. The AISI 5120 steel is used in different areas such as automotive, aircraft, and machined components manufacturing. It is capable of meeting the needs of components that carry loads subject to high stresses and wear, such as rollers, bearings, and screws. Extensive charts and online PDFs give comprehensive data on its structure, mechanical properties, and applications that engineer and metallurgists can use to select applicable materials for design processes.

AISI 5120 Alloy Steel Chemical Composition And Grade Table

AISI 5120 steel, another name for SAE 5120, is also known as a "one-stop" shop for industrial applications as it has a diverse range of characteristics making it suitable for numerous industrial applications. Its chemical consistence usually contains carbon, manganese, silicon and sulfur, chromium and molybdenum in different percentages which leads to its high strength, toughness and ability to resist wearing. Widely employed in alloys of gears, shafts and other machine components, AISI 5120 is characterized by great welding ability and workability when empowered by heat treatment. This steel comes under the AISI/SAE steel designation system and it is graded within the 51xx series, which is notorious for their superior performance in dramatically rigorous surroundings.

AISI 5120 Alloy Steel Composition Table
Elements Carbon, C Chromium, Cr Iron, Fe Manganese, Mn Phosphorus, P Silicon, Si Sulfur, S
Min (%) 0.17 0.7 97.605 0.7 - 0.15 -
Max (%) 0.22 0.9 98.28 0.9 <= 0.035 0.3 <= 0.040

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