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  2. Tool steel - Wikipedia

    en.wikipedia.org/wiki/Tool_steel

    This type of tool steel air-hardens at a relatively low temperature (approximately the same temperature as oil-hardening types) and is dimensionally stable. Therefore, it is commonly used for dies, forming tools, and gauges that do not require extreme wear resistance but do need high stability.

  3. Mushet steel - Wikipedia

    en.wikipedia.org/wiki/Mushet_steel

    Mushet steel, also known as Robert Mushet's Special Steel and, at the time of its use, self-hardening steel and air-hardening steel, [1] is considered to be both the first tool steel and the first air-hardening steel. [2] It was invented in 1868 by Robert Forester Mushet. Prior to Mushet steel, steel had to be quenched to harden it. [1]

  4. Hardened steel - Wikipedia

    en.wikipedia.org/wiki/Hardened_steel

    Only steel that is high in carbon can be hardened and tempered. If a metal does not contain the necessary quantity of carbon, then its crystalline structure cannot be broken, and therefore the physical makeup of the steel cannot be altered. Frequently, the term "hardening" is associated with tempered steel. Both processes are used hand in hand ...

  5. List of blade materials - Wikipedia

    en.wikipedia.org/wiki/List_of_blade_materials

    A6, a grade of tool steel which air-hardens at a relatively low temperature (approximately the same temperature as oil-hardening grades) and is dimensionally stable. Therefore, it is commonly used for dies, forming tools, and gauges that do not require extreme wear resistance but do need high stability. [4]

  6. Robert Forester Mushet - Wikipedia

    en.wikipedia.org/wiki/Robert_Forester_Mushet

    [12] [13] It was both the first true tool steel and the first air-hardening steel. [14] Previously, the only way to make steel hard enough for machine tools had been to quench it, by rapid cooling in water. With self-hardening (or tungsten) steel, machine tools could run much faster and were able to cut harder metals than had been possible ...

  7. Hardening (metallurgy) - Wikipedia

    en.wikipedia.org/wiki/Hardening_(metallurgy)

    Martensitic transformation, more commonly known as quenching and tempering, is a hardening mechanism specific for steel. The steel must be heated to a temperature where the iron phase changes from ferrite into austenite, i.e. changes crystal structure from BCC (body-centered cubic) to FCC (face-centered cubic). In austenitic form, steel can ...

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