AISI 15B48H Carbon Steel Chemical Properties, Grade, Chart and Pdf

AISI 15B48H is a well-known medium carbon steel that is distinguishable by its impressive strength and long duration. Boasting carbon content ranging from 0.43% – 0.48%, it scores highest in hardenability and wear resistant qualities which implicates uses in many industrial fields e.g. gears, shafts and axles. This grade of steel has good machinablity and weldingability when it is heat treated properly. Its chemical constitution bears its construction elements like manganese, phosphorus, sulfur and silicon which in many ways carry the strength and the mechanical properties the composite offers. AISI 15B48H's in-depth table, chart and data sheet are frequently cited by engineers and manufacturing specialists as a reference point for exact specifications and operation rules when it comes to raw material selection and processing. This particular material is preferred for its compromise of hardness and softness, which suffices the rigorous conditions of most engineering tasks.

AISI 15B48H Carbon Steel Chemical Composition And Grade Table

AISI 15B48H a carbon steel is one which is well known for its excellent strength and toughness properties that have led to it being used in many industrial applications. Generally, the chemical constitution consists of a combination of carbon, manganese, silicon as well as different elements in order to have the properties that are required for that kind of an alloy. Combing the high content of material carbon with optimal alloying ingredients, AISI 15B48H produces good case-hardening and wear resistance, respectively. This steel grade table gives out the composition and degree which has been useful to engineers, manufacturers, and metallurgist to get the right material for their job.

AISI 15B48H Carbon Steel Composition Table
Elements B P S Mn Si C Fe
Min (%) 0.0005 - - 1 0.15 0.43 -
Max (%) - 0.04 0.05 1.5 0.3 0.53 Balance

Advantages and Disadvantages of AISI 15B48H Carbon Steel

    Advantages:

  • Good machinability: Cutting and shaping is effortless especially when the end products have to assume certain sizes and shapes.

  • Cost-effective: More affordable compared to other materials which could have been used in the production of the same gadget.

  • High tensile strength: Octchedules offer good tensile strength for use in structures that require reinforcement.

  • Decent weldability: It is a moderate material and does not cause significant problems in welding.

    Disadvantages:

  • Limited corrosion resistance: Some of its new uses may not be resistant to rust and corrosion in some areas of the globe.

  • Tensile in nature: Though it exhibits lower hardness as compared to some of the other carbon steels.

  • Prone to distortion during heat treatment: Has to be gently unrolled and ironed to avoid its being spoilt through warping.

  • Not suitable for high-temperature applications: May deteriorate at higher temperatures, as the adhesive may become weakened and compromised.

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