Brass LS59-1

  • Brass LO70-1
  • Brass LMZA57-3-1
  • Brass LMzAJKS70-7-5-2-2-1
  • Brass LMZh57-1,5-0,75
  • Brass LMtsKA58-2-1-1
  • Brass LMtsKNS58-3-1,5-1,5-1
  • Brass LMtsKNSA58-3-1,5-1,5-1
  • Brass LMtsSKa58-2-2-1-1
  • Brass LMsh68-0,05
  • Brass LN65-5
  • Brass LNKMts49-10-0,3-0,2
  • Brass LNKoMts49-9-0,2-0,2
  • Brass ЛНМц60-9-5
  • Brass LO60-1
  • Brass LO62-1
  • Brass LKS65-1,5-3
  • Brass LO90-1
  • Brass LOK59-1-0.3
  • Brass LOMNA49-0,5-10-0,4-0,4
  • Brass Lomsh70-1-0.04
  • Brass Lomsh70-1-0.05
  • Brass LS58-2
  • Brass LS58-3
  • Brass LS59-1
  • Brass LS59-1B
  • Brass LS59-2
  • Brass LS60-1
  • Brass LS63-3
  • Brass LS64-2
  • Brass LS74-3
  • Brass LA85-0.5
  • Brass L59
  • Brass L60
  • Brass L63
  • Brass L66
  • Brass L68
  • Brass L70
  • Brass L72
  • Brass L75mk
  • Brass L80
  • Brass L85
  • Brass L90
  • Brass L96
  • Brass LA77-2
  • Brass LA77-2u
  • Brass LMZ58-2
  • Brass LAJ60-1-1 (LAJ60-1-1L)
  • Brass LAZHMTS52-2-1-1,5-1
  • Brass LAMsh77-2-0,04
  • Brass LAMSh77-2-0,05
  • Brass LAN59-3-2
  • Brass LANKMZ 75-2-2,5-0,5-0,5 (alloy 156)
  • Brass LAF94-0,5-0,15
  • Brass LZMc59-1-1
  • Brass LZhS58-1-1
  • Brass LC62-0.5
  • Brass LK75B
  • Brass LCAN80-1-1,9-5,8
  • Brass ЛКАНМЦ75-2-2,5-0,5-0,5
  • Brass LCBO62-0,2-0,04-0,5

    • Designation

    Name The value
    Designation GOST Cyrillic ЛС59-1
    Designation GOST Latin LC59-1
    Transliteration LS59-1
    By chemical elements ЛPb59-1

    Description

    Brass LS59−1 is used: for the manufacture of semi-finished products (strips, sheets, strips, plates, pipes, rods, wire, profiles); forgings; fasteners (nuts, bolts); gears, gear wheels, bushings.

    Note

    Lead brass.

    Standards

    Name Code Standards
    Wire from nonferrous metals and their alloys В74 GOST 1066-90, GOST 1066-2015, OST 4.021.105-92, OST 4.021.112-92, OST 4.021.116-92, TU 48-21-409-79, TU 48-21-493-75
    Tape В54 GOST 15527-2004, GOST 2208-2007, OST 4.021.078-92, TU 48-21-541-76
    Non-ferrous metals, including rare, and their alloys В51 GOST 28873-90, OST 4.021.009-92, TU 48-21-642-79
    Tubes of non-ferrous metals and alloys В64 GOST 494-90, GOST 494-2014, OST 4.021.123-92, OOP 5.9243-87, TU 48-21-667-79, TU 48-21-77-72, TU 48-21-798-86
    Bars В55 GOST 6688-91, GOST 2060-2006, GOST Р 52597-2006, GOST 31366-2008, OST 4.021.020-92, OST 4.021.037-92, OST 4.021.041-92, TU 48-21-381-74, TU 48-21-559-76, TU 48-21-603-78, TU 48-21-93-77, TU 48-0810-119-86
    Sheets and strips В53 GOST 931-90, OST 4.021.050-92, OST 4.021.067-92, TU 84-320-78, TU 1845-069-07515308-98
    Bars and shapes В52 TU 48-21-434-84

    Chemical composition

    Standard P Fe Cu Zn Sn Sb Pb Bi
    GOST 2208-2007 ≤0.02 ≤0.5 57-60 Rest ≤0.3 ≤0.01 0.8-1.9 ≤0.003
    Cu is the basis.
    According to GOST 15527-2004, GOST 2060-2006, GOST 2208-2007, the sum of other elements should be ≤ 0.750%. The total mass fraction of tin and silicon should not be more than 0.50%. In brass, the mass fraction of nickel is allowed up to 1.0% due to the mass fraction of copper, which is not taken into account in the sum of other impurities.

    Mechanical properties

    Section, mm σU, MPa d5, % d d10 HB, MPa HV, MPa
    Cold-rolled steel strip as supplied by OST 4.021.078-92 (samples transverse)
    0.14-2 340-490 - ≥25 - - -
    0.1-2 460-640 - ≥5 - - -
    Strips and sheets cold rolled steel in the delivery state according to GOST 2208-2007 (samples)
    - 340-470 - ≥25 - ≥100 ≥105
    - ≥590 - ≥3 - - -
    - 400-500 - ≥10 - - -
    - 460-610 - ≥5 - ≥200 -
    Sheets hot rolled as supplied by the 931-90 GOST, OST 4.021.050-92 sheets and strips GOST 2208-2007 (samples)
    2-25 360-490 - ≥18 - - -
    Sheets and strip, cold rolled supplied by 931-90 GOST, OST 4.021.050-92, OST 4.021.067-92 (samples transverse)
    3-12 340-470 - ≥25 - ≥100 -
    3-10 460-610 - ≥5 - ≥200 -
    Wire cold-drawn square supplied by OST 4.021.112-92 (longitudinal samples)
    3.9-7 ≥340 - ≥30 - - -
    3.9-5 400-640 - ≥5 - - -
    5-7 440-640 - ≥8 - - -
    The round cold-drawn wire for General purpose as delivered to EAST 4.021.105-92 (samples)
    0.7-1 ≥340 - ≥25 - - -
    1.1-1.8 ≥340 - ≥27 - - -
    2-12 ≥340 - ≥30 - - -
    2-5 ≥390 - ≥10 - - -
    5.6-12 ≥390 - ≥12 - - -
    0.7-1 ≥490 - ≥1 - - -
    1.1-1.8 ≥470 - ≥3 - - -
    2-5 490-640 - ≥5 - - -
    5.6-12 440-640 - ≥8 - - -
    Hexagonal cold-drawn wire supplied by OST 4.021.116-92 (longitudinal samples)
    3-12 ≥340 - ≥30 - - -
    3-5 490-640 - ≥5 - - -
    5-12 440-640 - ≥8 - - -
    The bars as supplied on OST 4.021.020-92, GOST 2060-2006 (longitudinal samples)
    10-50 ≥360 ≥22 - ≥18 - 80-140
    55-160 ≥360 ≥22 - ≥18 - 70-140
    3-50 ≥330 ≥25 - ≥22 ≥80 80-140
    13-20 ≥390 ≥15 - ≥12 ≥100 121-170
    21-40 ≥390 ≥18 - ≥15 ≥100 121-170
    3-12 ≥410 ≥10 - ≥8 ≥100 121-170
    3-12 ≥490 ≥7 - ≥5 ≥130 ≥171
    Rods square in the EAST 4.021.037-92 in the state of delivery (samples longitudinal cross-sections of the specified diameter of the inscribed circle)
    41-80 ≥360 ≥22 - ≥18 - 70-140
    3-36 ≥330 ≥25 - ≥22 - 80-140
    12-30 ≥390 ≥15 - ≥12 - 121-170
    30-36 ≥390 ≥18 - ≥15 - 121-170
    5-12 ≥410 ≥10 - ≥8 - 121-170
    5-12 ≥490 ≥7 - ≥5 - ≥171
    Bars high formability in the delivery condition according to GOST 2060-2006 (longitudinal samples)
    10-180 ≥360 ≥23 - ≥20 - -
    3-50 ≥340 ≥32 - ≥30 - -
    13-20 ≥430 ≥16 - ≥14 - -
    21-40 ≥410 ≥20 - ≥17 - -
    3-12 ≥430 ≥14 - ≥12 - -
    3-12 ≥490 ≥12 - ≥9 - -
    Extruded bars of rectangular cross section as delivered by GOST 6688-91 (samples prodolny)
    - ≥370 - - ≥21 - -
    Hex bars for OST 4.021.041-92 in the state of delivery (longitudinal samples)
    41-80 ≥360 ≥22 - ≥18 - 70-140
    5-50 ≥330 ≥25 - ≥22 - 80-140
    12-20 ≥390 ≥15 - ≥12 - 121-170
    20-36 ≥390 ≥18 - ≥15 - 121-170
    5-12 ≥410 ≥10 - ≥8 - 121-170
    5-12 ≥490 ≥7 - ≥5 - ≥171
    Tubes extruded in the state of delivery according to GOST 494-90
    ≥390 - - ≥20 - -

    Description mechanical marks

    Name Description
    σU Limit short-term strength
    d5 Elongation after rupture
    d Elongation after rupture
    d10 Elongation after rupture
    HB Brinell hardness number
    HV The Vickers hardness

    Physical characteristics

    Temperature Е, HPa r, kg/m3 l, W/(m · °C) R, Mr. · m
    20 105 8500 1047 66

    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