AISI 5117 Alloy Steel Chemical Properties, Grade, Tables and Online Pdf

AISI 5117 is an economical steel of low alloy which offers excellent wear resistance and strength in combination with toughness. Usually the main components of the alloy are carbon, manganese, chromium, and conjointly molybdenum, thus contributing to the alloy features. In particular, this brand of steel is usually chosen for sections that demand high tensile force and rigidity, e.g. beams, gears, shafts, and pieces of machinery subjected to excessive compulsions. Informative data sheets and specifications for AISI 5117 alloy steel in PDF formats are available from reliable sources such as steel manufacturers and severals Steel organizations. Engineers and industrial manufacturing sector have no option of survival without this data, they critically utilize this information to upgrade the materials performance in various industrial applications thereby improving the quality of products and their long life.

AISI 5117 Alloy Steel Chemical Composition And Grade Table

5117 AISI is famous for the low alloy steel with truly high hardenability and toughness. Carbon and manganese are often associated with phosphorus, sulfur, silicon, chromium, and molybdenum to bring specific ratios. Grade tables specify properties for various section of the steel that is being produced. This ensures uniformity, traceability and quality control during manufacturing methods of iron. The composition of the alloy is the factor that determines properties such as strength, ductility, and machinability among others, enabling AISI 5117 alloy to be used in different industries from mining fields to manufacturing companies. It is very important to have knowledge of the composition and classifications to get the right material for particular engineering applications.

AISI 5117 Alloy Steel Composition Table
Elements Carbon, C Chromium, Cr Iron, Fe Manganese, Mn Phosphorus, P Silicon, Si Sulfur, S
Min (%) 0.15 0.7 97.575 0.7 - 0.15 -
Max (%) 0.2 0.9 98.3 0.9 <= 0.035 0.35 <= 0.040

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