Alloy ВТ35

  • 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 ВТ35
    Designation GOST Latin BT35
    Transliteration VT35
    By chemical elements ВTe35

    Description

    Alloy ВТ35 used: for the manufacture of sheets, foils, shaped castings; in aircraft honeycomb structures, anchor nuts and long sheet member.

    Note

    ВТ35 alloy high-alloy weldable high-tech pseudo-β-alloy with strength up to 1200 MPa. Alloy capable of hardening during heat treatment in vacuum furnace (or in a protective atmosphere). Alloy ВТ35Л retains the β phase in the process of natural cooling.
    The alloy has a high hardenability. In the tempered condition the alloy has high ductility and is capable of cold deformation. Aging leads to a significant hardening (σin > 1200 MPa; δ=6%) with high fracture toughness.
    The alloy is treated satisfactorily by the pressure in the hot state.
    The alloy after quenching is capable of cold deformation.