Alloy VT5

  • Alloy VT8M-1
  • Alloy VT32
  • Alloy VT35
  • Alloy VT4
  • Alloy VT41
  • Alloy VT5
  • Alloy VT5-1
  • Alloy VT6 (VT6sv.)
  • Alloy VT6C
  • Alloy VT6h
  • Alloy VT8
  • Alloy VT8-1
  • Alloy VT3-1
  • Alloy VT9
  • OT4 alloy
  • Alloy OT4-0
  • Alloy OT4-1
  • Alloy OT4-2
  • Alloy PT-1M
  • Alloy PT-3B
  • Alloy PT-7M
  • Alloy SPT-2
  • Alloy TC5
  • Alloy TC6
  • Alloy VT15
  • Alloy 14
  • Alloy 19
  • Alloy 27
  • Alloy 2B
  • Alloy 37
  • Alloy 3M
  • Alloy 40
  • Alloy 5B
  • Alloy AT3
  • Alloy AT6
  • Alloy VT14
  • Alloy VT25U
  • Alloy VT16
  • Alloy VT18
  • Alloy VT18U
  • Alloy VT2 (VT2sv.)
  • Alloy VT20
  • Alloy VT20-1 (VT20-1sv.)
  • Alloy VT20-2 (VT20-2sv.)
  • Alloy VT22
  • Alloy VT22I
  • Alloy VT23

    • Designation

    Name The value
    Designation GOST Cyrillic ВТ5
    Designation GOST Latin BT5
    Transliteration VT5
    By chemical elements ВTe5

    Description

    Alloy VT5 is used: for the manufacture of semi-finished products (sheets, strips, foils, strips, plates, bars, rods, profiles, tubes, forgings and forged blanks) by the method of deformation, and also ingots; consumable electrode vacuum-arc remelting used as charge in the manufacture of shaped castings; welded parts operating at temperatures from -253 to +400 °C; the details of the control systems, internal set of fuselage, of welded parts and components, long-running (up to 10,000 hours) at temperatures up to +400 °C.

    Note

    Alloy with high corrosion resistance.
    Alloy ВТ5Л doped only with aluminum:
    a) aluminium is widely distributed in nature, available and relatively cheap;
    b) the density of aluminium is much less than the density of titanium and, therefore, the addition of aluminum increases the specific strength of the alloy;
    C) with increase of aluminum content increases the high temperature strength and creep resistance of the titanium alloy;
    g) aluminium increases the modules of elasticity;
    d) with the increase of aluminum content in the alloy decreases the tendency to hydrogen embrittlement.
    Alloy VT5 differs from the technical titanium of high strength and heat resistance. However, the aluminum greatly reduces the technological ductility of titanium. VT5 alloy deformed in hot conditions: forged, rolled, stamped. From it produce rods, profiles, forgings, stamping. However, it is preferred to use not deformed condition, and in the form of shaped castings (in this case, it is assigned a brand ВТ5Л).

    Standards

    Name Code Standards
    Non-ferrous metals, including rare, and their alloys В51 GOST 19807-91, OST 1 90000-70, OST 1 90013-81
    Bars В55 GOST 26492-85, OST 1 92020-82, OST 1 90266-86, OST 1 90173-75, OST 1 90107-73, OST 1 90006-86, TU 1-9-672-78
    Bars and shapes В52 OST 1 92039-75, OST 1 92051-76, OST 1 92064-77, OST 1 90099-73, TU 1-9-731-80
    Welding and cutting metals. Soldering, riveting В05 TU 1-9-77-85

    Chemical composition

    Standard C Si Fe N Al V Ti Mo O Zr H
    OST 1 90013-81 ≤0.1 ≤0.12 ≤0.3 ≤0.05 4.5-6.2 ≤1.2 Rest ≤0.8 ≤0.2 ≤0.3 ≤0.015
    Ti is the basis.
    According to GOST 19807-91 and OST 1 90013-81 the total content of other impurities (except vanadium and molybdenum) ≤ 0.30%. The mass fraction of hydrogen is indicated for ingots. The mass fraction of chromium and manganese should not exceed 0.15% (in total). The mass fraction of copper and nickel should not be more than 0.10% (in total), including nickel not more than 0.08%.

    Mechanical properties

    Section, mm σU, MPa d5, % d y, % KCU, kJ/m2 HB, MPa
    Forgings weighing up to 200 kg after annealing
    101-250 716-932 ≥5 - ≥15 ≥441 229-321
    The pressed bars for OST 1 92020-82. Annealing. The longitudinal samples
    100 735-932 - ≥10 ≥25 ≥294 -
    Forgings weighing up to 200 kg after annealing
    100 736-932 ≥10 - ≥25 ≥294 229-321
    The pressed bars for OST 1 92020-82. Annealing. The longitudinal samples
    100 ≥422 - - - - -
    Bars hot rolled autogenie ordinary quality GOST 26492-85 (longitudinal samples)
    10-12 ≥735 ≥8 - ≥20 - -
    100-150 ≥685 ≥6 - ≥15 ≥294 -
    12-100 ≥735 ≥8 - ≥20 ≥294 -
    Bars hot rolled autogenie high-quality according to GOST 26492-85 (longitudinal samples)
    10-12 735-930 ≥10 - ≥25 - -
    100-150 715-930 ≥6 - ≥18 ≥490 -
    12-60 735-930 ≥10 - ≥25 ≥490 -
    60-100 735-930 ≥10 - ≥25 ≥294 -
    Bars and rods, hot-rolled. Annealing
    ≥110 715-930 ≥6 - ≥18 ≥490 229-321
    65-100 735-930 ≥10 - ≥25 ≥392 229-321
    10-60 736-932 ≥10 - ≥25 ≥490 229-321
    Forged square bars and round after annealing
    140-250 716-932 ≥6 - ≥16 ≥490 229-321
    736-932 ≥7 - ≥20 ≥490 229-321

    Description mechanical marks

    Name Description
    σU Limit short-term strength
    d5 Elongation after rupture
    d Elongation after rupture
    y The relative narrowing
    KCU Toughness
    HB Brinell hardness number

    Physical characteristics

    Temperature Е, HPa r, kg/m3 l, W/(m · °C) R, Mr. · m a, 10-6 1/°C С, J/(kg · °C)
    20 105 4400 - 1080 - -
    200 - - 1047 1150 89 586
    300 - - 113 1180 95 628
    400 - - 1256 - 104 67
    500 - - 1424 1200 106 712
    600 - - 1549 1230 108 754
    100 - - - - 83 -

    A description of the physical symbols

    Name Description
    Е The normal elasticity modulus
    l Coefficient of thermal conductivity
    R UD. the resistivity
    С Specific heat

    Technological properties

    Name The value
    Weldability without restrictions