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  • Nickel 201 (Ni201) Coil/Foil  ASTM  B162
Nickel 201 (Ni201) Coil/Foil  ASTM  B162
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Nickel 201 (Ni201) Coil/Foil ASTM B162

Nickel foil has been used as a substrate for the growth of several nanomaterials. A superhydrophobic surface of nanowire structure was grown on a nickel foil by solution immersion method.Co2O4 nanorods may be grown on nickel foil by hydrothermal reaction.A study reports the growth of carbon nanofibers on nickel, as a catalyst by chemical vapor deposition (CVD).Nickel foils may also act as base for (Pb0.92La0.08)(Zr0.52Ti0.48)O3 (PLZT) films.
  • Description
  • Material Grade: Nickel 201, UNS N02201, Low-Carbon Nickel

    Standard Specification: ASTM B162

    Coil: Strip, Foil, Ribbon

    Description:

    Nickel (Ni) metal foil has good corrosion resistance, thermal and electronic conductivity. Nickel metal foil is widely used as a substrate for in-situ growth of other nickel based electrode materials for battery and supercapacitor applications. Nickel foil is a commonly used substrate for graphene fabrication by CVD.  Other popular applications can be found in sensors, solar cells and catalysis. 

    Chemical Components (wt%):

    Grade

    Ni

    Cu

    Fe

    Mn

    C

    Si

    S

    /

    min.

    max

    max

    max

    max

    max

    max

    Nickel 201Low-C

    99.0

    0.25

    0.40

    0.35

    0.02

    0.35

    0.01

    Mechanical Properties (Annealed) at room temperature:

    Nickel 201, Typical Values at 70°F (21°C), Plate—Hot Rolled, Annealed

    /

    Yield Strength 0.2% Offset

    Ultimate Tensile Strength

    Elongation in 2 inches

    Hardness

    /

    ksi

    MPa

    ksi

    MPa

    %

    Brinell
    (3000-kg)

    Rockwell
    B

    Nickel 201

    12-35

    80-240

    50-70

    345-485

    60-40

    --

    --

    Physical Properties:

    Hardness:  HV 117 max: gauges ≤ 0.010 inches
                         Rb 66 max: gauges > 0.010 inches

    Density: 0.322 lbs/in3, 8.90 g/cm3;  Melting Range: 2615 - 2535 ° F (1435 - 1445 °C)

    Thermal Conductivity, BTU/hr/ft2/ft/°F(W/m•K)

    212 °F (100 °C)- 38.8 (67.1)
    400 °F (204 °C) - 35.4 (61.3)
    600 °F (316 °C)- 36.5 (56.3)

    Mean Coefficient of Thermal Expansion, in/in/° F (µm/m•K)
    80 - 200 °F (27 - 93 °C)- 7.4 x 10-5 (13.3)
    80 - 400 °F (27 - 204 °C)- 7.7x 10-5 (13.9)
    80 - 600 °F (27 - 316 °C)- 8.0x 10-5 (14.4)

    Modulus of Elasticity, ksi (MPa)
    30.0 X 103 (207 X 103)

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