Pure Nickel Series

Pure nickel is a functional material with excellent mechanical strength and extremely high corrosion resistance. Our pure nickel has excellent electrical and thermal conductivity, as well as good magnetostriction, and occupies a core position in the fields of electronics, chemical machinery, and battery manufacturing. Its excellent ductility makes it easy to process into various shapes such as silk, tape, foil, tube, etc. Jiangsu DZX Technology Co., Ltd. provides you with high-purity and high-performance pure nickel products, factory direct sales, and quality assurance.

N4 Pure Nickel

N4 Pure Nickel (equivalent to Ni201/N02201 or Russian standard N4) is a low-carbon pure nickel grade with excellent corrosion resistance, stable electrical and thermal performance, high melting point and reliable high-temperature service. Its low carbon content helps prevent graphitization embrittlement during prolonged heat exposure, while its ductility supports precise forming and manufacturing.

Pure Nickel Series

N4 Pure Nickel

✓ Ni + Co ≥99.9%
✓ Low-Carbon Ni201
✓ COC & Test Certificates
✓ OEM & Custom Sizes

N4 (Ni201/N02201) is a low-carbon pure nickel grade with Ni + Co ≥99.9%. It combines strong corrosion resistance with stable electrical and thermal performance for demanding industrial service. The low carbon level helps prevent graphitization embrittlement during prolonged high-temperature use, while the material remains ductile and easy to process into plate, strip, bar, tube and wire.

Specifications
  • Plate / Sheet Plate / Sheet
    Thickness: 0.1–50 mm
    Width: 20–1000 mm
    Length: Customized

  • Strip / Coil Strip / Coil
    Thickness: 0.05–0.5 mm
    Width: 5–200 mm
    Bright or oxidized finish

  • Bar / Rod Bar / Rod
    Diameter: 2–300 mm
    Length: Customized

  • Tube / Pipe Tube / Pipe
    Outer diameter: 3–200 mm
    Wall thickness: 0.2–20 mm
    Length: Customized

  • Wire Wire
    Diameter: 0.02–10 mm
    Spooled or straight-cut lengths

Chemical Composition
ElementLimit
Nickel + Cobalt (Ni + Co)≥99.9%
Copper (Cu)≤0.015%
Iron (Fe)≤0.04%
Manganese (Mn)≤0.002%
Carbon (C)≤0.01%
Magnesium (Mg)≤0.01%
Phosphorus (P)≤0.001%
Silicon (Si)≤0.03%
Sulfur (S)≤0.001%
Physical Properties
PropertyValue
Density8.9 g/cm³
Melting Point1455°C
Electrical Resistivity0.096 Ω·mm²/m
Thermal Expansion13.0 × 10⁻⁶/°C (20–100°C)
Thermal Conductivity90.7 W/m·K
Specific Heat Capacity450 J/kg·K
Mechanical Properties (Annealed)
PropertyMinimum / Maximum
Tensile Strength≥450 MPa
Yield Strength≥200 MPa
Elongation≥40%
Hardness≤150 HB
Core Advantages
  • Low-carbon stability: Carbon content of ≤0.01% reduces the risk of graphitization embrittlement during long-term high-temperature service.
  • Corrosion resistance: Performs reliably in demanding chemical and alkaline environments.
  • Electrical and thermal performance: Stable resistivity and high thermal conductivity support precision components.
  • Manufacturing flexibility: Suitable for welding, forging, cold forming and custom-size production.
Typical Applications
  • Chemical and pharmaceutical equipment, reactor vessels and corrosion-resistant piping.
  • Electronic and power components, including semiconductor bases and precision conductors.
  • Battery connectors, nickel strip busbars and vacuum equipment.
  • High-temperature components that require low-carbon pure nickel stability.
Supply Capability
ItemDetails
Product FormsPlate, sheet, strip, coil, bar, rod, tube, pipe and wire
Custom SizesAvailable to drawing, specification or agreed tolerance
CertificatesChemical composition and material test certificates available
DeliveryFactory-direct supply from Jiangsu with export-standard packaging
Project Support

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Frequently Asked Questions (FAQ)

What is the upper limit of carbon content for N4 pure nickel (Ni201)? What are the benefits of low-carbon?

N4 pure nickel (equivalent to Ni201/N02201, Russian standard Н 4) with a carbon content of ≤ 0.01% is a low-carbon grade in the series. Nickel with high carbon content will graphitize and become brittle above 315 ℃. After pressing the carbon to 0.01%, N4 will not undergo graphitization and brittle fracture during high temperature and long-term use, making it suitable for industrial applications that require corrosion resistance, precision electromagnetic and high temperature requirements.

N4 pure nickel (equivalent to Ni201/N02201, Russian standard Н 4) with a carbon content of ≤ 0.01% is a low-carbon grade in the series. Nickel with high carbon content will graphitize and become brittle above 315 ℃. After pressing the carbon to 0.01%, N4 will not undergo graphitization and brittle fracture during high temperature and long-term use, making it suitable for industrial applications that require corrosion resistance, precision electromagnetic and high temperature requirements.

N4 pure nickel (equivalent to Ni201/N02201, Russian standard Н 4) with a carbon content of ≤ 0.01% is a low-carbon grade in the series. Nickel with high carbon content will graphitize and become brittle above 315 ℃. After pressing the carbon to 0.01%, N4 will not undergo graphitization and brittle fracture during high temperature and long-term use, making it suitable for industrial applications that require corrosion resistance, precision electromagnetic and high temperature requirements.

N4 has a tensile strength of ≥ 450MPa, a yield strength of ≥ 200MPa, an elongation rate of ≥ 40%, and a hardness of ≤ 150HV. Its strength is relatively high in the pure nickel series, and with a purity of ≥ 99.9%, it is both corrosion-resistant and able to withstand assembly stress. It is suitable for electronic, chemical, and vacuum components that require precise tolerances and reliable connections, and is not easily cracked during processing and molding.

N4 is equivalent to Ni201/N02201 or Russian standard Н 4, and can be supplied according to the corresponding imported brand. The diameter of the bar is 1-200mm, and the length is 100-3000mm; the outer diameter of the pipe is 6-300mm, the wall thickness is 0.5-20mm, and the length is 100-6000mm, all of which support customization according to needs, with dimensional tolerances executed according to the agreement and material certification attached.

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