1949Journal of the Japan Institute of Metals and MaterialsOpen access

On the Multiple Tempering of Low Tungsten High Speed Steels

Masazô Okamoto, Mituru Nagakura

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Abstract

It has been shown that multiple tempering is superior to single tempering in hardness and tool life, and that these properties are signitieant in hich cobalt high speed steels and not in low cobalt steels. This paper also treats with the multiple tempering and single tempering on low tungsten high speed steels. It was clarified that the above facts are evident of them, in which the retained austenite of quenched steels is comparatively stable and of large quantity. The effect of aluminum, vanadium and titanium on the properties of the low tungsten high speed steels were also studied.

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It has been shown that multiple tempering is superior to single tempering in hardness and tool life, and that these properties are signitieant in hich cobalt high speed steels and not in low cobalt steels. This paper also treats with the multiple tempering and single tempering on low tungsten high speed steels. It was clarified that the above facts are evident of them, in which the retained austenite of quenched steels is comparatively stable and of large quantity. The effect of aluminum, vanadium and titanium on the properties of the low tungsten high speed steels were also studied.

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Available abstract

It has been shown that multiple tempering is superior to single tempering in hardness and tool life, and that these properties are signitieant in hich cobalt high speed steels and not in low cobalt steels. This paper also treats with the multiple tempering and single tempering on low tungsten high speed steels. It was clarified that the above facts are evident of them, in which the retained austenite of quenched steels is comparatively stable and of large quantity. The effect of aluminum, vanadium and titanium on the properties of the low tungsten high speed steels were also studied.

Key concepts: Tempering, Metallurgy, Materials science, High-speed steel, Tungsten, Austenite, Vanadium, Cobalt

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