Alloy 33НХ3 (ЭП547)

  • Alloy 36H
  • Alloy 80HMV (80HMVX3)
  • Alloy 58H (EI792)
  • Alloy 52H (EI676; 52H-VI)
  • Alloy 48NH (EI693)
  • Alloy 47NHR
  • Alloy 47NH (EI563)
  • Alloy 47ND (47ND-VI)
  • Alloy 47H3X
  • Alloy 42NA-VI (EP333)
  • Alloy 42H (EP318; 42NA)
  • Alloy 40K27KhNM with tantalum
  • Alloy 39H
  • Alloy 38NKD (38NKD-VI)
  • Alloy 36NH (EP713)
  • Alloy 35NKT
  • Alloy 35NKG (EK53)
  • Alloy 34NKD
  • Alloy 33HX3 (EP547)
  • Alloy 33NK (33NK-VI)
  • Alloy 32NKh3 (EP546)
  • Alloy 32NKD (EI630A)
  • Alloy 32NK (EP475)
  • Alloy 31NH3G (EP545)
  • Alloy 30NKD (30NKD-VI)
  • Alloy 29NK (29NK-VI)
  • Alloy 18KhTF
  • Alloy 18KhMTF

    • Designation

    Name The value
    Designation GOST Cyrillic 33НХ3
    Designation GOST Latin 33HX3
    Transliteration 33NH3
    By chemical elements 33NiCr3
    Name The value
    Designation GOST Cyrillic ЭП547
    Designation GOST Latin EP547
    Transliteration EhP547
    By chemical elements -

    Description

    Alloy 33НХ3 used: for the manufacture of hot-rolled sheet metal used for the production of parts of vacuum technology.

    Standards

    Name Code Standards
    Bars and shapes В32 TU 14-1-1187-75

    Chemical composition

    Standard C S P Mn Cr Si Ni Fe
    TU 14-1-1187-75 ≤0.05 ≤0.02 ≤0.02 ≤0.4 2-3.8 0.3-0.6 32.5-34 Rest
    Fe is the basis.

    Technological properties

    Name The value
    Particularities of production of goods On the other 14-1-1187-75 the rods are supplied without heat treatment. Allowed to obtain the desired magnetic properties, the supply of rods in heat-treated according to the mode of the supplying plant, which is specified in the certificate. In the alloy should not be a phase transformation when cooled to a temperature of minus 70°C. Factory-the supplier guarantees the absence of phase transformations without verification.
    Magnetic properties The magnetic properties of the alloy on the other 14-1-1187-75: Magnetic permeability in the field 1400Э: 5,21-6,50 GS/e; Temperature range a linear dependence: -60° - +120° C; Temperature coefficient of magnetic permeability: 0,3-0,7 % in grad.