Metal Wire

Product Details:

Nickel Alloy Wire

Nickel alloy wire is a wire made from nickel-based alloys rather than pure nickel. These alloys are designed to provide enhanced corrosion resistance, high-temperature strength, and specific electrical or mechanical properties for industrial and technical applications.

🔹 Key Properties

• High corrosion resistance – resistant to acids, alkalis, and oxidizing/reducing environments

• High-temperature stability – some alloys maintain strength above 1000°C

• Good mechanical strength – stronger than pure nickel at elevated temperatures

• Electrical conductivity – varies depending on alloy composition

• Magnetic or non-magnetic – depending on alloy type

🔹 Common Nickel Alloys for Wire

1. Nichrome (Ni-Cr, Ni-Cr-Fe)

   • Excellent resistance wire for heating elements

   • Maintains performance at high temperatures (up to 1200°C)

2. Inconel (Ni-Cr-Fe)

   • High-temperature, corrosion-resistant wire

   • Used in aerospace, furnace heating, and chemical industries

3. Monel (Ni-Cu)

   • Exceptional marine and chemical corrosion resistance

   • Often used in saltwater or chemical exposure environments

4. Hastelloy (Ni-Mo-Cr)

   • Extreme corrosion resistance in aggressive chemicals

   • Used in chemical process industries

🔹 Typical Applications

• Heating elements (nichrome wire)

• Electrical resistors and thermocouples

• Aerospace and turbine components (Inconel wire)

• Marine and chemical plant equipment (Monel wire)

• Laboratory and research wire for high-temperature experiments

🔹 Advantages

• Tailored properties for temperature, corrosion, or mechanical stress

• Long se

Product Details:

Aluminium Welding Wire

Aluminium welding wire is a consumable wire used for welding aluminium and aluminium alloys, typically in TIG (GTAW) or MIG (GMAW) welding processes. It is designed to provide strong, corrosion-resistant welds while minimizing defects.

🔹 Key Properties

• Excellent corrosion resistance

• High thermal and electrical conductivity

• Compatible with various aluminium alloys

• Good flow characteristics during welding

• Maintains strength and ductility of the base material

🔹 Common Grades / Types

• ER4043 (Al-Si Alloy Wire):

  • Good corrosion resistance

  • Excellent weldability on 6xxx series aluminium

  • Low cracking tendency

• ER5356 (Al-Mg Alloy Wire):

  • High strength welds

  • Excellent corrosion resistance

  • Suitable for 5xxx series aluminium

• ER1100 / ER2319 / ER5556:

  • Specialized alloys for specific aluminium base metals

🔹 Applications

• Automotive and aerospace structures

• Shipbuilding and marine applications

• Pressure vessels and tanks

• Aluminium fabrication and assembly

• Heat exchangers and piping

🔹 Standard Specifications

• AWS A5.10 / A5.18 – Aluminium and aluminium alloy welding wire

• EN ISO 18273 – Welding consumables for aluminium and aluminium alloys

• Available in spools, coils, or straight lengths

🔹 Typical Sizes

• Wire diameter: 0.8 mm to 1.6 mm (common for MIG)

• TIG filler rods: 1.6 mm to 4 mm

• Spool weights: 1 kg to 15 kg

🔹 Advantages

• Produces strong, ductile welds

• Minimizes porosity and cracking

• Maintains corrosion resistance of the base aluminium

• Easy to feed in automated or manual welding processes

If you want, I can create a quick comparison chart of aluminium welding wires ER4043 vs ER5356, showing strength, corrosion resistance, alloy compatibility, and applications, which is very handy for selecting the right wire for your project.

Do you want me to make that chart?

Product Details:

Pure Nickel Wire

Pure nickel wire is a thin, flexible wire made from commercially pure nickel (Ni 99.6% or higher). It is widely used in electrical, electronic, and industrial applications due to excellent corrosion resistance, high-temperature stability, and good electrical conductivity.

🔹 Key Properties

• Corrosion resistant – resists oxidation, acids, and alkalis

• High melting point – ~1455°C (suitable for high-temperature applications)

• Good electrical and thermal conductivity

• Magnetic properties – soft magnetic characteristics for certain applications

• Malleable and ductile – can be drawn into thin wires without breaking

🔹 Common Applications

• Electrical resistance heating elements

• Thermocouples and temperature sensors

• Electroplating and electroforming

• Battery and fuel cell components

• Aerospace and chemical industry wiring

• Laboratory and research equipment

🔹 Standard Grades

• Ni 200 / Ni 201 – Commercially pure nickel, high ductility, low carbon

• Ni 270 / Ni 276 – Nickel alloys with improved strength and corrosion resistance

• Special nickel wires – Coated or annealed for specific electrical applications

🔹 Typical Dimensions

• Diameter range: 0.05 mm to 10 mm (thin fine wires to heavy gauge wire)

• Length: standard spools or cut-to-length as required

• Can be annealed or cold-drawn depending on flexibility requirements

🔹 Advantages

• Long service life in corrosive or high-temperature environments

• Excellent workability for forming and winding

• Stable electrical and thermal performance

• Compatible with soldering, welding, and brazing

If you want, I can also provide a comparison of pure nickel wire vs nichrome wire vs copper wire, showing resistance, corrosion resistance, and temperature limits, which is very useful for electrical or heating applications.

Do you want me to make that comparison?