Nickel Alloy Wires

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MOQ : 1 Kilograms

Nickel Alloy Wires Specification

Product Type
Nickel Alloy Wires

Shape
Wire / Round / Coil / Strip

Elongation
3045% (varies by grade)

Strength
Ultimate tensile strength: 500900 MPa (varies by grade)

Hardness
80200 HB (varies by grade and treatment)

Resistance
Excellent resistance to corrosion, oxidation, and thermal fatigue

Grade
Nickel 200, Nickel 201, Alloy 600, Alloy 625, Alloy 825 (as per requirement)

Melting Range
14001455C (depending on grade)

Density
8.9 Gram per cubic centimeter(g/cm3)

Chemical Composition
Nickel (Ni) and alloying elements such as Chromium (Cr), Iron (Fe), Molybdenum (Mo), Copper (Cu)

Application
Electrical resistance, thermal spray, chemical processing, marine, aerospace, electronics, heating elements

Color
Silver / Metallic Grey

About Nickel Alloy Wires

Purchase our extraordinary Nickel Alloy Wires, crafted to meet ASTM B160, ASTM B166, and ASTM B163 standards. Available in ravishing wire diameters from 0.05 mm to 10 mm, these wondrous wires boast high electrical conductivity and stellar thermal performance, making them ideal for electrical resistance, marine, thermal spray, and aerospace applications. Available in a reduced price for bulk orders, their surface finish options include bright, matte, or oxidized. Grab yours in spools, coils, or customized cut lengths, and experience exceptional weldability, resistance to corrosion, and extraordinary mechanical strength. Whether youre a manufacturer, exporter, or trader, these nickel alloy wires deliver superb results with excellent durability.

Competitive Advantages and Features of Nickel Alloy Wires

Nickel Alloy Wires are tailored for versatile usage, including electrical resistance, thermal spray, and aerospace components. Their formidable corrosion resistance and high conductivity make them a preferred choice over standard wires. Engineered with features like customizable diameter, excellent formability, non-magnetic properties, and matchless tensile strength, they assure extraordinary performance. Whether you need cold-drawn, hot-rolled, or annealed forms, these wires enable enhanced operation and adaptability across diverse sectors.

Nickel Alloy Wires: Certifications and Packing & Dispatch

Our Nickel Alloy Wires conform to ASTM B160, B163, or B166 certifications for assured quality and reliability. We serve both the domestic and global markets, exporting to regions with strict compliance requirements. Packaging is undertaken meticulously in spools, coils, or cut lengths to suit your needs, ensuring secure packing & dispatch. The list price depends on specifications and order volume, and our streamlined export process guarantees swift delivery to your address.

FAQs of Nickel Alloy Wires:

Q: How do I choose the correct grade of Nickel Alloy Wire for my application?

A: Selecting the appropriate gradesuch as Nickel 200, 201, Alloy 600, 625, or 825depends on your usage requirements, desired strength, corrosion resistance, and conductivity needs. Consult our technical team for expert guidance.

Q: What are the main benefits of using these Nickel Alloy Wires?

A: These wires offer high electrical and thermal conductivity, excellent corrosion and oxidation resistance, non-magnetic properties, and robust forming and weldability options, making them suitable for demanding industrial applications.

Q: When should I use a bright, matte, or oxidized surface finish for Nickel Alloy Wires?

A: The choice of surface finish depends on the applications aesthetic, conductive, or corrosion protection needs. Bright finishes are often preferred for electrical and electronics use, while oxidized or matte may be chosen for thermal spray or chemical processing.

Q: Where can these Nickel Alloy Wires be packaged and shipped?

A: We provide flexible packaging optionsspools, coils, or cut lengths. Wires are shipped both domestically and internationally, adhering to industry standards for secure transport and compliance.

Q: What processes are compatible with Nickel Alloy Wires?

A: These wires are suitable for cold drawing, hot rolling, annealing, and diverse welding methods, ensuring flexibility for different manufacturing processes and operational demands.

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