| Size Range | 6 mm to 250 mm |
|---|---|
| Length | 1 - 6 m |
| Standards | Astm, Asme, Din, Nf, Jis, En, Ios |
| Finished | Black, Bright, Cold Drawn, Polish, Polished, Centreless Ground |
L605 Round Bar
Neptune Alloys is a leading L605 Round Bar manufacturer offering premium cobalt-based alloy bars designed for use in severe high-temperature and corrosive conditions. Also known as Alloy 25 or UNS R30605, L605 round bars are known for their outstanding strength retention, oxidation resistance, and exceptional wear resistance at temperatures exceeding 800°C. These bars are used in aerospace engine parts, turbine blades, industrial furnace components, and medical implants where consistent mechanical performance under heat and stress is critical. Available in hot-rolled, forged, or centerless ground forms, L605 bars offer low magnetic permeability and good workability.
We deliver L605 round bars in accordance with AMS 5759, ASTM F90, and other international specifications, ensuring full traceability and compliance for B2B engineering and export-grade projects. All bars undergo ultrasonic inspection, chemical analysis, and hardness testing to guarantee uniformity and high mechanical integrity. Customization is offered in bar size, length, and finish to meet specific application demands. With a dependable logistics network, we supply L605 bars promptly to turbine manufacturers, medical device firms, and aerospace contractors across India and global markets.
Type of Sub-products
L605 Ams 5759 Round Bar L605 Ams 5759 Round Bar
Manufactured for aerospace and turbine applications, these bars are supplied in solution treated condition and tested for creep resistance and oxidation. AMS 5759 grade ensures high tensile strength and fatigue resistance at elevated temperatures.
Forged L605 Alloy Bar Forged L605 Alloy Bar
Forged bars offer superior grain structure and are ideal for jet engine parts, combustion chambers, and hot section components. Their resistance to thermal fatigue and environmental cracking makes them suitable for long duration stress exposure.