| Size Range | 10 mm to 200 mm diameter |
|---|---|
| Length | 1 - 6 m |
| Standards | Astm, Asme, Din, Nf, Jis, En, Ios |
| Finished | Black, Bright, Cold Drawn, Polish, Polished, Centreless Ground |
Waspaloy Round Bar
Neptune Alloys is a leading Waspaloy Round Bar manufacturer. The material of this product is a nickel-based superalloy, which is made to withstand severe temperature and pressure. It is resistant to oxidation, possesses great tensile strength, and can be used on jet engine components, gas turbine discs, and fasteners. Waspaloy bars are capable of resisting temperatures reaching up to 870°C and maintaining good structural integrity even amidst thermal and mechanical loads. They are supplied in the solution-annealed, age-hardened conditions and in bright, black, or turned surface finishes.
We provides both B2B engineering and aerospace requirements with various key industry standards, including but not limited to AMS 5708, ASTM B637, and other proprietary We offer round bars of Waspaloy. Every bar is taken through ultrasonic testing, mechanical, and chemical analysis to ensure that it is fully compliant. The act of setting length, diameter, and heat treatment to the specifications of the client allows customizing bar lengths, diameter, and heat treatment to suit the design specification of the client. We have the well-developed supply chain logistics capabilities and industry-ready packaging to deliver Waspaloy bars to aerospace OEMs, defense contractors, and turbine component manufacturers in India and across the world.
Type of Sub-products
Hot Rolled Waspaloy Round Bar Hot Rolled Waspaloy Round Bar
Used for heavy load and high temperature structural applications, hot rolled Waspaloy bars offer excellent forgeability and thermal strength. They’re ideal for gas turbines, combustion cans, and exhaust assemblies.
Waspaloy Ams 5708 Round Bar Waspaloy Ams 5708 Round Bar
Supplied in solution treated and age hardened conditions, these bars meet aerospace grade specifications for rotor shafts, turbine discs, and structural engine parts, offering excellent strength up to 870°C and resistance to stress rupture and fatigue.