• Nickel plate
  • Nickel plate
  • Nickel plate
Nickel plate
Nickel plate
Nickel plate
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Nickel plate

Nickel plates, primarily composed of nickel (Ni) and titanium (Ti) in near-equal atomic ratios, are a class of metallic materials with a combination of excellent properties. They exhibit shape memory effect, recovering their preset shape upon heating; superelasticity, recovering after large deformations; good biocompatibility, with no rejection or toxicity, allowing for implantation in the human body; and strong corrosion resistance, suitable for complex environments such as seawater and chemicals.

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  • Product Description
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    Project Test Results
    NT-M NT-E
    Tensile Strength 751MPa 942MPa
    Elongation 18% 10.8%
    Upper Yield Strength / 338MPa
    Lower Yield Strength / 47MPa
    Residual Strain (6% Strain) / 0.21%

     

    Plate Thickness Tolerance
    0.05-0.10mm ±0.08
    0.10-0.50mm ±0.10
    0.50-1.00mm ±0.15
    1.00-2.00mm ±0.20
    2.00-4.00mm ±0.25
    4.00-6.00mm ±0.35
    6.00-8.00mm ±0.40

     

    Thickness Width Width Tolerance Length Length Tolerance
    >0.3~4.0 100~300

    +10

    0

    300~1000

    +15

    0

    >4.0~20.0 100~500

    +15

    0

    300~1000

    +20

    0

     

    Product Use/Application Scenarios
    Used in the medical field for stents, springs, and other devices used to treat heart disease, fractures, etc.; in the aerospace field for manufacturing high-temperature components, gas turbine engine blades, aircraft bodies, etc.; also widely used in electronic devices and the automotive industry, such as flexible circuits for electronic devices, smart sensors, automotive sensors, flexible connectors, and intelligent suspension systems, etc.

Nickel plate

Nickel plates, primarily composed of nickel (Ni) and titanium (Ti) in near-equal atomic ratios, are a class of metallic materials with a combination of excellent properties. They exhibit shape memory effect, recovering their preset shape upon heating; superelasticity, recovering after large deformations; good biocompatibility, with no rejection or toxicity, allowing for implantation in the human body; and strong corrosion resistance, suitable for complex environments such as seawater and chemicals.

To find the right solution, please contact our technicians,Contact Us!

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