Steel ПК10Х13М2Д4-68 (Ж10Х13М2Д4-69)

  • Steel PKr10-66 (Zhr10-66)
  • X18H15 steel
  • X13M2 steel
  • Powder material FMK-845
  • Powder material FMK-8
  • Powder material FMK-79
  • Powder material FMK-11
  • PKX25-75 steel (ZHX25-75)
  • Steel PKr70-72 (Zhr70-72)
  • Steel PKr70-69 (Zhr70-69)
  • Steel PKr50-70 (Zhr50-70)
  • Steel PKr10-76 (Zhr10-76)
  • Steel PKr10-72 (Zhr10-72)
  • PKr10-70 steel (Zhr10-70)
  • PK70D3-72 (Zh70D3-72) steel
  • Steel PK70D3-69 (Zh70D3-69)
  • Steel PK70D3-66 (Zh70D3-66)
  • Steel PK70-77 (Zh70-77)
  • Steel PK70-66 (Zh70-66)
  • Steel PK20Kh13M2-74 (Zh20Kh13M2-74)
  • PK10Kh18N15-67 (Zh10Kh18N15-70) steel
  • PK10Kh13M2D4-68 (Zh10Kh13M2D4-69)
  • Steel PK10K0,4-66 (Zh10K0,4-66)
  • Steel PK10-76 (Zh10-76)
  • Steel PK10-66 (Zh10-66)
  • Powder material MKV-50A

    • Designation

    Name The value
    Designation GOST Cyrillic ПК10Х13М2Д4-68
    Designation GOST Latin PK10X13M2D4-68
    Transliteration PK10H13M2D4-68
    By chemical elements PCo10Cr13Mo2Cu4-68
    Name The value
    Designation GOST Cyrillic Ж10Х13М2Д4-69
    Designation GOST Latin Zh10X13M2D4-69
    Transliteration G10H13M2D4-69
    By chemical elements Ж10Cr13Mo2Cu4-69

    Description

    Steel ПК10Х13М2Д4−68 is used: for the manufacture by the method of single pressing sredneshirotnykh structural components used in mechanical engineering and instrument making.

    Note

    Powder steel is corrosion resistant.
    The material should be applied after the impregnation with compounds that protect against internal corrosion. Compositions for the impregnation in accordance with OST 4G 0.054.213.

    Standards

    Name Code Standards
    Hard alloys, ceramic-metal products and metal powder В56 OST 107.460094.118-88, OST 107.460009.002-90

    Chemical composition

    Standard C Cr Fe Cu N Mo
    OST 107.460094.118-88 ≤0.16 12-15 Rest 3.5-4.5 0.2-0.4 1.5-2.5
    Fe is the basis.

    Mechanical properties

    Section, mm σU, MPa d KCU, kJ/m2 HB, MPa
    Properties of the material to heat treatment at OST 107.460094.118-88
    ≥539 ≥0.6 ≥58.8 280-340
    Material properties for OST 107.460094.118-88 after heat treatment: a Vacation in vacuum at 750-850 °C (extract 3 hours)
    ≥352 ≥0.6 ≥58.8 207-321

    Description mechanical marks

    Name Description
    σU Limit short-term strength
    d Elongation after rupture
    KCU Toughness
    HB Brinell hardness number

    Physical characteristics

    Temperature r, kg/m3
    20 6700

    A description of the physical symbols

    Name Description
    Е The normal elasticity modulus
    l Coefficient of thermal conductivity
    С Specific heat

    Technological properties

    Name The value
    Microstructure Is not controlled to heat treatment. After heat treatment - martensite, ferrite alloy, copper is allowed in a free state.