Haynes Alloy Wire: Superior High-Temperature Strength and Corrosion Resistance (UNS N06230, ASTM B572)

In a petrochemical refinery, a combustion liner made from conventional nickel alloy suffered rapid oxidation and creep deformation at 1100°C, causing unplanned downtime and repair costs exceeding $500K. This scenario illustrates the vital role of Haynes alloy wire, particularly Haynes 230 (UNS N06230), in withstanding extreme heat and corrosive gases. Procurement professionals and OEM engineers specify it for reliable performance in power generation, chemical processing, and oil & gas.

Haynes 230 wire is drawn to UNS N06230 chemistry per ASTM B572 (rod), with DIN 17744 No. 2.4733 and EN NiCr22W14Mo equivalents; ASTM B622 (seamless pipe/tube) and B619 (welded pipe) cover the tubular forms. These standards guarantee oxidation resistance up to 1149°C and suitability for nitriding atmospheres.

Additional specs like AMS 5878 support aerospace-derived industrial uses.

Equivalent Grades

Equivalents include Inconel 625 (UNS N06625), Haynes 188 (UNS R30188), Haynes 25 (UNS R30605, DIN 2.4964), with similar compositions for cross-material substitution. Haynes 282 (UNS N07208) offers age-hardening variants.

Product Forms and Availability

Offered in fine wire (0.03-0.125 inches), coils, straight, welding filler (e.g., 230-W ERNiCrWMo-1 AWS A5.14), and shaped forms for springs, meshes. Diameters up to 0.156 inches suit fabricators; complement with Haynes alloy hex bar for fixtures.

Chemical Composition

ElementComposition (%)
NickelBalance (57 min)
Chromium20-24
Tungsten13-15
Molybdenum1-3
Iron≤3
Manganese≤1
Silicon0.25-0.75
Carbon0.05-0.15
PriceINR 5,000 – 15,000 per kg. Indicative USD 60 – 175 per kg; quoted against grade, form, size and quantity.

Tungsten enhances high-temp stability; low impurities boost fabricability.

Mechanical and Physical Properties

Solution annealed: UTS 828 MPa min, yield 345 MPa, elongation 40%; excels in creep-rupture to 1093°C. Density 8.97 g/cm³, melting range 1343°C, thermal conductivity ~10.3 W/m·K.

Outstanding thermal stability outperforms many superalloys in cyclic service.

Applications by Industry

Chemical Processing

Catalyst grids, heat exchangers resist carburization/sulfidation; preferred over Inconel for nitriding.

Oil & Gas and Power Generation

Gas turbine combustors, ducts, waste incinerators; high-temp alloys like Haynes capture 25% market in furnaces.

Marine and Pharma

Exhaust components, sterile process vessels endure oxidation better than SS.

OEMs use welding wire for dissimilar joints.

Haynes 230 vs. Common Alternatives

PropertyHaynes 230Inconel 625Hastelloy C-276310 SS
UTS (MPa)828 827 690515
Creep to 900°COutstanding Moderate GoodPoor
Oxidation to 1150°CExcellent GoodSuperior acidsFair
Thermal StabilityPremier GoodExcellentModerate

Haynes 230 ideal for extreme heat; C-276 for wet corrosion.

EEAT: Quality Assurance and Compliance

EN 10204-3.1 MTCs, NDT/PMI, ASME Section IX welding quals; export-ready from India with full traceability for global supply chains. High-temp alloy demand rises 6% annually.

Global Export Destinations

We ship worldwide from Mumbai. See every destination we export to on our export markets page.

Domestic Supply Network

We deliver across India from our Mumbai stockyard. See every city we supply on our supply locations page.

Conclusion

Haynes alloy wire (UNS N06230, ASTM B572) offers unmatched high-temperature durability, certifications, and testing, empowering confident sourcing for chemical, power, and fabrication needs. What critical application will Haynes wire solve for you?