PROPRIETARY ExELL H-13 SUPERIOR Tool steels

Material group: Ferrous Alloys / Tool steels
Country / Standard: PROPRIETARY

Data updates

Latest Update: 2018-07
Total number of updates: 2
Update History
2018-06

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PROPRIETARY ExELL H-13 SUPERIOR Chemical Composition

CRITERIA
VALUE
UNIT
CAS NUMBER
CRITERIA
C
VALUE
0.41
UNIT
%
CAS NUMBER
7440-44-0
CRITERIA
Cr
VALUE
5.07
UNIT
%
CAS NUMBER
7440-47-3
CRITERIA
Mn
VALUE
0.34
UNIT
%
CAS NUMBER
7439-96-5
CRITERIA
Mo
VALUE
val1
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UNIT
%
CAS NUMBER
7439-98-7
CRITERIA
Si
VALUE
val1
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UNIT
%
CAS NUMBER
7440-21-3
CRITERIA
V
VALUE
val1
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UNIT
%
CAS NUMBER
7440-62-2

Ellwood Specialty Steel, Product Data Sheets,

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PROPRIETARY ExELL H-13 SUPERIOR Physical Properties

Temperature

PROPERTY / VALUE
Modulus of Elasticity
190 — 210 GPa
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Density
val1
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kg/dm³
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Poisson Coefficient
val1
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Thermal Conductivity
25.961 W/(m∙°C)
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This material has 52 properties — only a subset is shown here.

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PROPRIETARY ExELL H-13 SUPERIOR Heat Treatments

  • Stress relieving: After rough machining of an annealed component, heat the part to 1200°F (649°C), equalize and hold 1-2 hours. Furnace cool to 900°F (482°C) and then air cool to room temperature.
    Annealing: With a protective atmosphere or vacuum furnace, heat slowly to 1560°F (849°C). Equalize and hold one hour per inch of thickness. Furnace cool 20°F (11°C)/hr to 1100°F (593°C) and equalize. Air cool to room temperature. Hardness - 229 HB maximum.
    Protect against decarburization and oxidation during austenitizing.
    Preheating: Heat to 1200°F (649°C) and equalize. Continue heating to 1550°F (843°C) and equalize. Complete heating to hardening temperature.
    Hardening: Typical austenitizing range is 1850-1920°F (1010-1049°C). Hardening temperature can be adjusted to develop added heat resistance. A hardening temperature of 1870°F (1021°C) is normally used for most applications while 1900°F (1038°C) can be used for increased heat resistance.
    Hardening temperature: 1870°F (1021°C), hold time: 30 min, as quenched hardness 53 ± 2;
    Hardening temperature: 1900°F (1038°C), hold time: 15 min, as quenched hardness 54 ± 2.
    Quenching: Quenching should be performed as rapidly as possible without promoting excessive movement or cracking. Typical quenching media include: High speed gas with sufficient positive pressure in vacuum furnace; Circulating air/atmosphere; Martemepring bath or fluidized bed at 575-1020°F (302-549°C), then cool in air; Warm oil. Temper as soon as quenching temperature reaches 120-150°F (49-66°) part.
    Tempering: Temper immediately after quenching to about 150°F (66°C). Temper a minimum of two times with intermediate cooling to room temperature. Choose the tempering temperature to develop required hardness. Should be heated to the desired tempering temperature, equalized and held a minimum of two hours. Air cooling to room temperature. Check hardness and adjust temperature for additional tempering operation(s).Repeat for added tempers.

PROPRIETARY ExELL H-13 SUPERIOR Mechanical Properties

Temperature

PROPERTY / VALUE
Tensile Strength
1413 — 1793 MPa
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Elongation, A
10 — 12 %
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Rockwell Hardness (HR)
val1
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Yield Strength, Rp0.2
val1
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MPa
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Reduction of Area
val1
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%
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  • -Cross References
  • 6Composition
  • 32Mechanical Properties
  • 10Physical Properties
  • 1Heat Treatment
  • -Metallography
  • -Machinability
  • 2Stress-Strain
  • -Formability
  • -Fatigue
  • -Fracture
  • -Creep
  • -Joints
  • -Coatings
  • -Dimensions
  • -Tribology
  • -Corrosion
  • -Ageing
  • -Weatherability
  • -Irradiation
  • 1Total Suppliers