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CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties

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    Buy cheap CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties from wholesalers
     
    Buy cheap CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties from wholesalers
    • Buy cheap CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties from wholesalers
    • Buy cheap CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties from wholesalers
    • Buy cheap CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties from wholesalers

    CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties

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    Brand Name : Senphus
    Model Number : CuNi8/NC012/C71500
    Price :
    Payment Terms : T/T, D/P
    Supply Ability : 30 Tons per day
    Delivery Time : 3 days
    Certification : ISO9001
    • Product Details
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    CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties

    CuNi8 NC012 C71500 The Optimal CuNi Alloy for Marine Environments High Corrosion Resistance and Good Mechanical Properties


    CuNi8 is a copper-nickel alloy consisting of approximately 92% copper and 8% nickel, with trace amounts of iron and manganese. Known for its excellent corrosion resistance, particularly in marine and seawater environments, CuNi8 is highly durable and resistant to biofouling, erosion, and stress corrosion cracking. It also offers good mechanical properties, including moderate strength and good ductility, making it suitable for a wide range of applications.


    CuNi8 is valued in industries requiring reliable, long-lasting materials in challenging environments, including marine, power generation, and chemical processing.


    Main physical properties:

    Max continuous operating temperature ℃

    250
    Resistance temperature coefficient x 10-5/℃(20℃-600℃)<57
    Thermovoltage to copper at 20℃ in μV/K-22
    Thermal expansion coefficient ×10-6/K(20℃-400℃)17.5
    Thermal conductance at 20℃ W/mK75
    Specific heat capacity at 20℃ J/gK0.38

    Some key features of CuNi-8 include:

    • Corrosion Resistance: Exceptional resistance to seawater corrosion, biofouling, and stress-corrosion cracking.
    • Good Mechanical Strength: Offers a balance of strength and ductility for various structural and mechanical applications.
    • Thermal Conductivity: High thermal efficiency for heat transfer applications.
    • Moderate Electrical Conductivity: Suitable for specific electrical components like resistance wires.
    • Fabrication Ease: Excellent weldability and machinability for complex manufacturing needs.

    Applications:

    • Marine Industry: Piping, fittings, valves, and marine hardware.
    • Heat Exchangers and Condensers: Tubing in power plants, chemical plants, and desalination systems.
    • Shipbuilding: Components such as hull cladding and structural parts.
    • Electronics: Electrical connectors, resistance wires, and conductive elements.
    • Architectural Uses: Cladding and roofing in coastal environments.
    • Coinage: Utilized for durable and corrosion-resistant coins.

    CuNi8 combines corrosion resistance, durability, and thermal efficiency, making it suitable for demanding marine, industrial, and electrical applications.


    ​​​​Technical data table

    TypeCuNi8NC012
    Composition(%)CuRest
    Mn/
    Ni8
    Max.continuous operating temperature(℃)250
    Resistivity at 20℃(μ m)0.12
    ±10%
    Resisitance-temperature coefficient 20-600℃ (×10-5/℃)< 57
    Thermovoltage to
    copper at 20℃ in (μV/K)
    -22
    Mean coefficient of linear thermal expansion, in (10-6/K) , at a temperature between 20 ℃ and 400 ℃17.5
    Thermal conductance
    at 20℃ (W/mK)
    75
    Specific heat capacity at 20℃ in (20℃ J/gK)0.38
    Density at 20 ℃(g/cm3)8.9
    Melting temperature in (℃)1097
    Min.tensile strength in (N/mm2)270
    Elongation(%)25

    Diameter(mm)NC003 CuNi1NC005 CuNi2NC007 CuNi4NC010 CuNi6NC012 CuNi8NC015 CuNi10NC020 CuNi14NC025 CuNi19NC030 CuNi23NC035 CuNi30NC040 CuNi34NC050 CuNi44
    0.103.826.368.9112.7315.2819.0925.4631.8338.1944.5650.9362.39
    0.113.165.267.3710.5212.6315.7821.0426.3031.5636.8242.0951.56
    0.122.654.426.198.8410.6113.2617.6822.1026.5230.9435.3743.33
    0.132.263.765.277.539.0411.3015.0718.8322.6026.3630.1436.92
    0.141.953.244.556.497.809.7412.9916.2419.4822.7325.9831.83
    0.151.702.823.965.656.798.4811.3114.1416.9719.8022.6427.73
    0.161.492.483.484.975.977.469.9512.4314.9217.4019.8924.37
    0.171.322.203.084.405.296.608.8111.0113.2115.4117.6221.59
    0.181.181.962.753.924.725.897.869.8211.7813.7515.7219.26
    0.191.061.762.473.524.235.297.058.8110.5812.3414.1117.28
    0.200.951.592.233.183.824.776.367.959.5411.1412.7315.60
    0.210.871.442.022.883.464.335.777.218.6610.1011.5514.15
    0.220.791.311.842.633.163.945.266.577.899.2010.5212.89
    0.230.721.201.682.402.893.614.816.017.228.429.6311.79
    0.240.661.101.552.212.653.314.425.526.637.738.8410.83
    0.250.611.011.432.032.443.054.075.096.117.138.159.98
    0.260.570.941.321.882.262.823.774.705.656.597.539.23
    0.270.520.871.221.742.102.613.494.365.236.116.998.56
    0.280.490.811.141.621.952.433.254.064.875.686.507.96
    0.290.450.751.061.511.822.273.033.784.545.296.067.42
    0.300.420.700.991.411.702.122.833.534.244.955.666.93
    0.310.400.660.931.321.591.982.653.313.974.635.306.49
    0.320.370.620.871.241.491.862.493.113.734.354.976.09
    0.330.350.580.821.171.401.752.342.923.514.094.685.73
    0.340.330.550.771.101.321.652.202.753.303.854.415.40
    0.350.310.510.731.031.251.552.082.603.113.634.165.09
    0.360.290.490.690.981.181.471.962.462.943.433.934.81
    0.370.280.460.650.931.121.391.862.332.793.253.724.56
    0.380.260.440.620.881.061.321.762.202.643.083.534.32
    0.400.240.390.560.790.951.191.591.992.382.783.183.90
    0.410.230.370.530.760.911.131.511.892.272.653.033.71
    0.420.220.360.510.720.871.081.441.802.162.522.893.54
    0.430.210.340.480.690.831.031.381.722.062.412.753.37
    0.440.200.320.460.660.790.981.311.641.972.302.633.22
    0.450.190.310.440.630.750.941.261.571.882.202.523.08
    0.460.180.300.420.600.720.901.201.501.802.102.412.95
    0.470.170.280.400.580.690.861.151.441.722.012.312.82
    0.480.170.270.390.550.660.821.101.381.651.932.212.71
    0.490.160.260.370.530.640.791.061.331.591.852.122.60
    0.500.150.250.360.510.610.761.011.271.521.782.042.50
    0.510.150.240.340.490.590.730.981.221.461.711.962.40
    0.520.140.230.330.470.570.700.941.181.411.651.882.31
    0.530.140.220.320.450.540.670.911.131.351.591.812.22
    0.540.130.220.310.440.520.650.871.091.301.531.752.14
    0.550.130.210.290.420.510.630.841.051.261.471.682.06
    0.560.120.200.280.410.490.600.811.021.211.421.621.99
    0.570.120.190.270.390.470.580.780.981.171.371.571.92
    0.580.110.190.270.380.450.560.760.951.131.321.511.85
    0.590.110.180.260.370.440.540.730.911.091.281.461.79
    0.600.110.180.250.350.420.530.710.881.061.241.411.73
    • Tolerance of ohm/m: ±5%
    • Round wire: range from 0.04mm (0.0016″) to 12mm (0.4724″)
    • Ribbon: range from 0.05mm (0.002″) to 6mm (0.2362″), Max ratio width : thickness = 10:1


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