10% Cu Copper Clad Aluminum Wire For Telecommunication Area

Short Description:

Copper clad aluminium (CCA) wire is a bimetallic wire consisting of an aluminium core cladded with copper, which simultaneously has the features of copper’s good electrical conductivity and aluminium’s light weight. It’s the preferred material for inner conductor of coaxial cable and electrical equipment wire and cable. The combination of these two metals make it uniquely suited to many electrical applications. CCA possesses good, high strength, and strong solderability of copper, as well as the low density and good workability of aluminum. Besides, it has the advantages of uniform density, high compactness and high flexibility.


  • Diameter: 0.008-5.15mm
  • Capacity: 800 tons/m
  • Standard: GBT 29197-2012ASTM B566-04A
  • Product Detail

    Feature

    Application

    Process Flow

    Packaging

    Product Tags

    Product Type

    METAL CCA10% Copper Clad Aluminum
    Diameters available
    [mm] Min - Max
    0.10mm-5.15mm
    Density [g/cm³] Nom 3.32
    IACS[%] Nom 63
    Conductivity[S/m * 106] 36.46
    Temperature-Coefficient[10-6/K] Min - Max of electrical resistance 3700 - 4200
    Outer metal by volume[%] Nom 8-12%
    Elongation (1)[%] Nom 14
    Tensile strength (1)[N/mm²] Nom 90--138
    Outer metal by weight[%] Nom 29±2
    Weldability/Solderability[--] ++/++

    Technical Data Comparison

    Specification Copper in volume
    (%)
    Copper in mass
    (%)
    Length comparison Density
    (g/cm3)
    Max.DC resistivity
    Ω.mm2/m
    (20℃)
    Conductivity
    (%IACS)
    Min
    CCA-10%Copper volume 8~12 27 2.65:1 3.32 0.02743 63
    CCA-15%Copper volume 13-17 37 2.45:1 3.63 0.02676 65
    Copper wire 100 100 1:01 8.89 17241 100

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  • Compared to copper conductors:
    Higher Flexibility due to lower elastic modulus;
    63% material weight reduction due to lower specific gravity of CCA over regular copper;
    Compared to aluminum conductors:
    Better corrosion resistance than aluminum due to copper layer;
    Lower resistance due to high electric conductivity of copper;
    Better Solderability;
    Higher strength than aluminum;

    Nominal Diameter Cross Section (mm2) Copper Thickness (mm) Mass per unit length (kg/km) DC resistance per unit length (ohm/km)20℃ Tensile Strength (Mpa) Elongation (%)
    CCA-10% CCA-15% CCA-10% CCA-15% Copper CCA-10% CCA-15% Copper A (max) H (min) A (max) H (min)
    6.00 28.26 0.105 0.15 93.82 102.58 251.23 0.97 0.95 0.61 138 124 15 1.50
    5.15 20.82 0.09 0.129 69.12 75.58 185.09 1.32 1.29 0.83 138 152 15 1.50
    5.08 20.258 0.089 0.127 67.26 73.54 180.09 1.35 1.32 0.85 138 152 15 1.50
    4.97 19.39 0.087 0.124 64.38 70.39 172.38 1.41 1.38 0.89 138 152 15 1.50
    4.90 18.848 0.086 0.123 62.57 68.42 167.56 1.46 1.42 0.91 138 152 15 1.50
    4.85 18.465 0.085 0.121 61.3 67.03 164.16 1.49 1.45 0.93 138 152 15 1.50
    4.80 18.086 0.084 0.12 60.05 65.65 160.79 1.52 1.48 0.95 138 152 15 1.50
    4.50 15.896 0.079 0.113 52.78 57.7 141.32 1.73 1.68 1.08 138 159 15 1.50
    4.00 12.56 0.07 0.1 41.7 45.59 111.66 2.18 2.13 1.37 138 166 15 1.50
    3.86 11.696 0.068 0.097 38.83 42.46 103.98 2.35 2.29 1.47 138 166 15 1.50
    3.60 10.174 0.063 0.09 33.78 36.93 90.44 2.7 2.63 1.69 138 172 15 1.50
    3.50 9.616 0.061 0.088 31.93 34.91 85.49 2.85 2.78 1.79 138 172 15 1.50
    3.38 8.968 0.059 0.085 29.77 32.55 79.73 3.06 2.98 1.92 138 172 15 1.50
    3.20 8.038 0.056 0.08 26.69 29.18 71.46 3.41 3.33 2.14 138 179 15 1.00
    3.00 7.065 0.053 0.075 23.46 25.65 62.81 3.88 3.79 2.44 138 179 15 1.00
    2.85 6.376 0.05 0.071 21.17 23.15 56.68 4.3 4.2 2.7 138 186 15 1.00
    2.80 6.154 0.049 0.07 20.43 22.34 54.71 4.46 4.35 2.8 138 186 15 1.00
    2.77 6.023 0.048 0.069 20 21.86 53.55 4.55 4.44 2.86 138 186 15 1.00
    2.50 4.906 0.044 0.063 16.29 17.81 43.62 5.59 5.45 3.51 138 193 15 1.00
    2.30 4.153 0.04 0.058 13.79 15.07 36.92 6.61 6.44 4.15 138 200 15 1.00
    2.20 3.799 0.039 0.055 12.61 13.79 33.78 7.22 7.04 4.54 138 200 15 1.00
    2.18 3.731 0.038 0.055 12.39 13.54 33.17 7.35 7.17 4.62 138 200 15 1.00
    2.15 3.629 0.038 0.054 12.05 13.17 32.26 7.56 7.37 4.75 138 200 15 1.00
    2.05 3.299 0.036 0.051 10.95 11.98 29.33 8.31 8.11 5.23 138 205 15 1.00
    2.00 3.14 0.035 0.05 10.42 11.4 27.91 8.74 8.52 5.49 138 205 15 1.00
    1.95 2.985 0.034 0.049 9.91 10.84 26.54 9.19 8.96 5.78 138 205 15 1.00
    1.81 2.572 0.032 0.045 8.54 9.34 22.86 10.67 10.41 6.7 138 205 15 1.00
    1.70 2.269 0.03 0.043 7.53 8.24 20.17 12.09 11.8 7.6 138 205 15 1.00
    1.63 2.086 0.029 0.041 6.92 7.57 18.54 13.15 12.83 8.27 138 205 15 1.00
    1.50 1.766 0.026 0.038 5.86 6.41 15.7 15.53 15.15 9.76 138 205 15 1.00
    1.30 1.327 0.023 0.033 4.4 4.82 11.79 20.68 20.17 13 138 205 15 1.00
    1.02 0.817 0.018 0.026 2.71 2.96 7.26 33.59 32.77 21.11 138 205 15 1.00
    0.95 0.708 0.017 0.024 2.35 2.57 6.3 38.72 37.77 24.33 138 205 15 1.00
    0.81 0.515 0.014 0.02 1.71 1.87 4.58 53.26 51.96 33.47 138 205 15 1.00
    0.75 0.442 0.013 0.019 1.47 1.6 3.93 62.12 60.6 39.04 138 205 15 1.00
    0.63 0.312 0.011 0.016 1.03 1.13 2.77 88.04 85.89 55.33 138 205 15 1.00
    0.50 0.196 0.009 0.013 0.65 0.71 1.74 139.77 136.36 87.85 172 205 10 1.00
    0.30 0.071 0.005 0.008 0.23 0.26 0.63 388.25 378.77 244.02 172 205 5 1.00
    0.10 0.008 0.002 0.003 0.03 0.03 0.07 3494.27 3408.92 2196.18 172 205 5 1.00

     

    usage usage usage

    Data cable
    Power Cable
    Motor winding wire

     

    In high frequency signal transmission field, it is applied to:

    • Standard Material of Conductor in CATV Coaxial Cable;
    • 50 Ohm Radio Frequency Aerial;
    • Leaky Cable;
    • Soft Coaxial Radio Frequency Cable;
    • Data Cable;

    In power transmission field, it can be applied to:
    • Stranded wire;
    • Power Cable;
    • Control Cable;
    • automotive cable;
    • Building distribution wire;
    • Busbar;
    • Radio Frequency shielding;

    In special electromagnetic wire, it can be applied to:
    • Loudspeakers;
    • Headphone;
    • HDD;
    • Induction heating with the need of good termination;

    Process-Flow

     Packing

    detail
    detail
    Iron plate
    Wood plate

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