What makes Alloy A286 Wire suitable for high-temperature applications?

Alloy A286 Wire is specifically designed for high-temperature environments, offering excellent tensile strength and creep resistance up to 700°C. Its nickel-iron-chromium base, along with additions of titanium and molybdenum, provides structural stability under thermal stress, making it ideal for use in aerospace fasteners, springs, and exhaust systems.

How does Alloy A286 Wire perform in corrosive conditions?

Alloy A286 Wire exhibits strong resistance to oxidation and corrosion, particularly in mildly acidic or saline environments. It performs reliably in marine, aerospace, and chemical processing systems where corrosion resistance is critical to maintaining long-term performance and preventing material degradation.

What forms and finishes are available for Alloy A286 Wire?

Alloy A286 Wire is available in various diameters and spool lengths, with surface finishes including bright, matte, or oxide-free annealed. It can also be supplied in solution-annealed or cold-worked conditions depending on specific application needs, including forming, welding, or heat treatment processes.

Alloy A286 Wire Manifacturer In India – Astm A453 Gr 660, Ams 5699, Ams 5731, En 1.4944, Din

Name: Alloy A286 Wire Manifacturer In India – Astm A453 Gr 660, Ams 5699, Ams 5731, En 1.4944, Din
Brand: Neptune Alloys
Availability: InStock
Rating: 5 (16 reviews)

₹32 - ₹59

Minimum Order : 130

Customization as per requirements

Specification Details
Material	Copper, Aluminum, Stainless Steel, Galvanized Steel, Nickel
Wire Diameter	0.02 Mm, To 10 Mm
Standard	Astm B1, Astm B2, Astm B3, Is 282, Bs 410, Din 2076
Surface Finish	Bright, Matte, Coated, Annealed

Alloy A286 Wire Manufacturer in India - UNS S66286 | ASTM A453 Gr 660 | AMS 5699

Neptune Alloys is a top Alloy A286 Wire Manufacturer producing high-strength, corrosion-resistant wires suitable for critical applications. Made from iron-nickel-chromium alloy with additions like molybdenum and titanium, Alloy A286 wires exhibit excellent oxidation resistance and maintain strength at elevated temperatures. These wires conform to standards such as ASTM A493 and AMS 5731, making them ideal for use in aerospace fasteners, exhaust systems, turbines, and chemical process equipment.

Serving the B2B sector, our Alloy A286 Wire solutions are tailored for high-volume operations requiring precision, reliability, and thermal stability. Offered in customised diameters and spool sizes, these wires enable seamless integration into complex industrial assemblies. Their heat-resisting capabilities, weldability, and logistical efficiency make them a preferred choice for OEMs, maintenance contractors, and aerospace component suppliers.

Alloy A286 Wire – Weight Chart in KG, MM, PDF

Wire Diameter (mm)	Weight (kg/m)
0.5 mm	0.0016
0.8 mm	0.0040
1.0 mm	0.0062
1.2 mm	0.0090
1.6 mm	0.0159
2.0 mm	0.0248
2.5 mm	0.0388
3.0 mm	0.0561
4.0 mm	0.0998
5.0 mm	0.1559
6.0 mm	0.2245
8.0 mm	0.3990
10.0 mm	0.6230
12.0 mm	0.8970

Approximate Weight per 100 Meters

Wire Diameter (mm)	Weight (kg / 100 m)
1.0 mm	0.62
2.0 mm	2.48
3.0 mm	5.61
4.0 mm	9.98
5.0 mm	15.59
6.0 mm	22.45
8.0 mm	39.90
10.0 mm	62.30

The Alloy A286 Wire is a high strength, iron based nickel chromium alloy that is used to operate in high stress and high temperature environment. Being a precipitation-hardenable material, it possesses superior creep strength, oxidation strength, and corrosion strength that make it suitable in continuous use up to approximately 700 o C. Alloy solution-treated, cold-drawn, or age-hardened A286 wire is usually available in the solution-treated, cold-drawn or age-hardened condition, and is produced to standards, like ASTM A453 Grade 660 and AMS 5699, to guarantee uniform mechanical characteristics and dimensional accuracy.
Because of high strength, fatigue and heat resistance, Alloy A286 Wire is extensively employed in aerospace, power production, and the high-temperature industry. Common applications are aerospace fasteners, springs, safety wire, welding filler components and high temperature retaining rings. Alloy A286 Wire is favoured on the basis of good formability, great long term stability and reliable performance in the presence of tough environments where durability and accuracy are critical.

Alloy A286 Wire – Grade & Specification Table

Property	Details
Material Grade	Alloy A286
UNS Number	UNS S66286
Werkstoff No.	1.4980
Common Name	Iron-Nickel-Chromium Alloy
Product Form	Wire
Standards	ASTM A453, ASTM A638, AMS 5525, AMS 5731, AMS 5737
Manufacturing Process	Cold Drawn / Annealed / Solution Treated
Density	7.94 g/cm³
Melting Point	1370 – 1430 °C
Magnetic Property	Non-magnetic (annealed condition)

Client Project Summary of Alloy A286 Wire Supplier in India

The client project entailed provision of high-performance Alloy A286 wire to be used in aerospace, power generation, automotive, and high-temperature industrial usage. All products were made based on high grade Iron-Nickel-Chromium Alloy A286 that complies with international standards such as UNS S66286, ASTM A453, AMS 5525 and DIN 1.4980, thus giving excellent high-temperature strength, creep resistance and corrosion resistance. All the project stages were under control with strict quality checks that included correct wire diameter, surface envisage, mechanical characteristics, and heat-treatment congruency.

Project Supply Details

Product Supplied	Quantity	Cities (India)
Alloy A286 Wire for Aerospace Fasteners & Springs	1,850 Kg	Bengaluru
Alloy A286 High-Temperature Wire for Power Plants	1,420 Kg	Pune
Alloy A286 Precision Wire for Automotive Components	960 Kg	Chennai
Alloy A286 Industrial Wire for Heavy Engineering	2,100 Kg	Ahmedabad

Type of Sub-products

Round Alloy A286 Wire
Round Alloy A286 Wire
This is the most common form, suitable for springs, fastening systems, and electrical resistance applications. It offers excellent strength and corrosion resistance for high temperature usage.
Flat Alloy A286 Wire
Flat Alloy A286 Wire
Flat wire provides greater surface area and is used in custom springs and sealing applications. It allows space efficient installation and is ideal for aerospace and industrial design needs.