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Copper nickel alloy CuNi14 Heating wire Used for Heating cable

Short Description:

Copper Nickel Alloy is mainly made of copper and nickel. The copper and nickel can be melted together no matter what percentage. Normally the resistivity of CuNi alloy will be higher if the Nickel content is larger than Copper content. From CuNi1 to CuNi44, the resistivity is from 0.03μΩm to 0.49μΩm. That will help the resistor manufacture choosing the most suitable alloy wire.


  • Resistivity: 0.2+/-5%μΩm
  • Surface: Bright
  • tpye: round resistance wire
  • Material: Copper Nickel alloy
  • Sample: Small order accepted
  • diameter: 0.05-5.0mm
  • name: CUNI electric resistance wire
  • standard: GB/ASTM
  • HS Code: 7408290000
  • Product Detail

    FAQ

    Product Tags

    Due to has high tensile strength and increased resistivity values, copper nickel alloy wires are the first choice for

    applications as resistance wires. With the different nickel amount in this product range, the characteristics of the wire

    can be chosen according to your requirements. Copper nickel alloy wires are available as bare wire
    Features
    1. Higher resistance than copper
    2. High tensile strength
    3. Good bending proof performance
    Application
    1. Heating applications
    2. Resistance wire
    3. Applications with high mechanical requirements
    4. Others
    Appicaton:
    Low-voltage circuit breaker, thermal overload relay, electrical heating cable, electrical heating mats, snow melting cable

    and mats, ceiling radiant heating mats, Floor heating mats & Cables, Freeze protection cables, electrical heat tracers,

    PTFE heating cables, hose heaters, and other low-voltage electrical product

    Main grades and properties

    Type Electrical resistivity
    (20degreeΩ
    mm²/m)
    temperature coefficient of resistance
    (10^6/degree)
    Dens
    ity
    g/mm²
    Max. temperature
    (°c)
    Melting point
    (°c)
    CuNi1 0.03 <1000 8.9 200 1085
    CuNi2 0.05 <1200 8.9 200 1090
    CuNi6 0.10 <600 8.9 220 1095
    CuNi8 0.12 <570 8.9 250 1097
    CuNi10 0.15 <500 8.9 250 1100
    CuNi14 0.20 <380 8.9 300 1115
    CuNi19 0.25 <250 8.9 300 1135
    CuNi23 0.30 <160 8.9 300 1150
    CuNi30 0.35 <100 8.9 350 1170
    CuNi34 0.40 -0 8.9 350 1180
    CuNi40 0.48 ±40 8.9 400 1280
    CuNi44 0.49 <-6 8.9 400 1280







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