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Ensinger PEI

Latrobe Staminal™ Shock Resisting Die Steel
Categories: Metal; Ferrous Metal; Alloy Steel; Tool Steel; Air-Hardening Steel; Oil-Hardening Steel

Material Notes: Staminal is an air or oil hardening die steel containing a large percentage of nickel combined with a proper balance of other alloying elements for deep hardening and extreme toughness. For tools, dies, or other parts which operate in the range of Rockwell C 56-58 and where maximum toughness is required, Staminal is suggested. It is well suited for applications where extreme pressures are involved, such as cams, gear, other machinery parts, and master hobs. Non-deforming characteristics make it a good selection for intricate shear blades, forming dies, hobs for cold hobbing, swaging dies, punches and stamps. It has also been found to give long life for mandrels for both hot and cold work. Staminal possesses good non-deforming characteristics and is relatively easy to heat treat because of its wide hardening range. However, Staminal will be found somewhat more difficult to machine than many other steels because of its high annealed hardness.

Information Provided by Timken Latrobe Steel.

Timken sold Latrobe in December 2006. They are now Latrobe Specialty Steels Co.

Vendors: No vendors are listed for this material. Please click here if you are a supplier and would like information on how to add your listing to this material.
 
Mechanical PropertiesMetricEnglishComments
Hardness, Rockwell C 3636Oil Quenched from 871°C; 649°C Temper Temperature
 4545Oil Quenched from 871°C; 538°C Temper Temperature
 4949Oil Quenched from 871°C; 427°C Temper Temperature
 5454Oil Quenched from 871°C; 316°C Temper Temperature
 5656Oil Quenched from 871°C; 204°C Temper Temperature
Tensile Strength, Ultimate 1310 MPa190000 psiOil Quenched from 871°C; 649°C Temper Temperature
 1520 MPa220000 psiOil Quenched from 871°C; 538°C Temper Temperature
 1690 MPa245000 psiOil Quenched from 871°C; 427°C Temper Temperature
 1860 MPa270000 psiOil Quenched from 871°C; 316°C Temper Temperature
 1970 MPa285000 psiOil Quenched from 871°C; 204°C Temper Temperature
Tensile Strength, Yield 1140 MPa165000 psiOil Quenched from 871°C; 649°C Temper Temperature
 1345 MPa195100 psiOil Quenched from 871°C; 538°C Temper Temperature
 1515 MPa219700 psiOil Quenched from 871°C; 427°C Temper Temperature
 1620 MPa235000 psiOil Quenched from 871°C; 316°C Temper Temperature
 1670 MPa242000 psiOil Quenched from 871°C; 204°C Temper Temperature
Elongation at Break 5.0 %5.0 %in 2"; Oil Quenched from 871°C; 204°C Temper Temperature
 11 %11 %in 2"; Oil Quenched from 871°C; 316°C Temper Temperature
 12 %12 %in 2"; Oil Quenched from 871°C; 427°C Temper Temperature
 13 %13 %in 2"; Oil Quenched from 871°C; 538°C Temper Temperature
 15 %15 %in 2"; Oil Quenched from 871°C; 649°C Temper Temperature
Reduction of Area 20 %20 %Oil Quenched from 871°C; 204°C Temper Temperature
 25 %25 %Oil Quenched from 871°C; 316°C Temper Temperature
 27 %27 %Oil Quenched from 871°C; 427°C Temper Temperature
 28 %28 %Oil Quenched from 871°C; 538°C Temper Temperature
 35 %35 %Oil Quenched from 871°C; 649°C Temper Temperature
Charpy Impact 13.0 J9.59 ft-lb103°C Temper Temperature
 24.0 J17.7 ft-lb
 
Component Elements PropertiesMetricEnglishComments
Carbon, C 0.55 %0.55 %
Chromium, Cr 0.40 %0.40 %
Iron, Fe 93.87 %93.87 %
Manganese, Mn 0.90 %0.90 %
Molybdenum, Mo 0.45 %0.45 %
Nickel, Ni 2.7 %2.7 %
Silicon, Si 1.0 %1.0 %
Vanadium, V 0.13 %0.13 %

Some of the values displayed above may have been converted from their original units and/or rounded in order to display the information in a consistent format. Users requiring more precise data for scientific or engineering calculations can click on the property value to see the original value as well as raw conversions to equivalent units. We advise that you only use the original value or one of its raw conversions in your calculations to minimize rounding error. We also ask that you refer to MatWeb's terms of use regarding this information. Click here to view all the property values for this datasheet as they were originally entered into MatWeb.

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