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29SWG 0.35mm Low resistances CuNi2 to Industrial Furnaces

Short Description:


  • Grade: CuNi2
  • Size: 0.35mm
  • Density(g/cm3): 8.9
  • Elongation(%): ≥25
  • Material: Ni, Cu, Mn
  • Product Detail

    FAQ

    Product Tags

    1745804672028

    Grade
    CuNi44
    CuNi23
    CuNi10
    CuNi6
    CuNi2
    CuNi1
    CuNi8
    CuNi14
    CuNi19
    CuNi30
    CuNi34
    CuMn3
    Cuprothal
    49
    30
    15
    10
    5
     
     
     
     
     
     
     
    Isabellehutte
    ISOTAN
    Alloy 180
    Alloy 90
    Alloy 60
    Alloy 30
     
     
     
     
     
     
    ISA 13
    Nominal composition%
    Ni
    44
    23
    10
    6
    2
    1
    8
    14
    19
    30
    34
    Cu
    Bal
    Bal
    Bal.
    Bal.
    Bal.
    Bal.
    Bal.
    Bal.
    Bal
    Bal
    Bal
    Bal
    Mn
    1
    0.5
    0.3
    0.5
    0.5
    1.0
    1.0
    3.0
    Max operating temp(uΩ/m at 20°C)
    0.49
    0.3
    0.15
    0.10
    0.05
    0.03
    0.12
    0.20
    0.25
    0.35
    0.4
    0.12
    Resisivity (Ω/cmf at 68°F)
    295
    180
    90
    60
    30
    15
    72
    120
    150
    210
    240
    72
    Max operating temp(°C)
    400
    300
    250
    200
    200
    200
    250
    300
    300
    350
    350
    200
    Density(g/cm³)
    8.9
    8.9
    8.9
    8.9
    8.9
    8.9
    8.9
    8.9
    8.9
    8.9
    8.9
    8.9
    TCR(×10-6/°C)
    <-6
    <16
    <50
    <60
    <120
    <100
    <57
    <30
    <25
    <10
    <0
    <38
    Tensile Strength(Mpa )
    ≥420
    ≥350
    ≥290
    ≥250
    ≥220
    ≥210
    ≥270
    ≥310
    ≥340
    ≥400
    ≥400
    ≥290
    Elongation(%)
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    ≥25
    EMF vs Cu  uV/°C(0~100°C)
    -43
    -34
    -25
    -12
    -12
    -8
    22
    -28
    -32
    -37
    -39
    -
    Melting Point (°C)
    1280
    1150
    1100
    1095
    1090
    1085
    1097
    1115
    1135
    1170
    1180
    1050
    Magnetic Property
    non
    non
    non
    non
    non
    non
    non
    non
    non
    non
    non
    non

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