AMS 5662 Bar
The aerospace specification for Inconel 718 Round Bar is AMS 5662. This nickel-chromium alloy is valued for its exceptional strength, resistance to corrosion and capacity to function under extreme stress and heat. AMS 5662 material comes in bars, wire, forgings, and rings, supplied in solution treated condition. A trusted supplier of AMS 5662 bar, Parag Metals provides high-quality goods that meet strict industry standards.
The AMS 5662 specification ensures material consistency and performance. Inconel 718 AMS 5662 resists creep and stress-rupture up to 1,300°F (704°C). It provides strong corrosion resistance in acidic environments, sour gas, and seawater. Niobium additions enable age-hardening after welding without cracking, and the alloy has exceptional weldability. The controlled double-melted process used to achieve AMS 5662 hardness and strength increases service reliability.
Inconel 718 AMS 5662 bars Suppliers in Mumbai, India
AMS 5662 Inconel 718 is widely used in aerospace, marine, and energy industries. In aircraft and rocket engines, it withstands high temperatures and stress. It is resistant to stress corrosion cracking under heat and pressure in nuclear systems. Due to its resistance to harsh chemicals it is used in chemical plants for heat exchangers, valves and reactors. The AMS 5662 material properties make it appropriate for use in cooling systems, fasteners, and shafts exposed to seawater in the maritime industry. AMS 5662 is still a dependable option for crucial applications where durability and safety are of utmost importance due to its harmony of strength, toughness, and corrosion resistance.
AMS 5662 Bar Specifications We Stock
| Alloy | AMS 5662 |
|---|---|
| Product Forms | AMS 5662 Bars |
| Condition | Solution heat treated, precipitation‑hardenable |
| Heat Treatment | Solution Treatment: around 1775 °F (968 °C) Precipitation Hardening / Aging: e.g. 1325 °F for 8 h, furnace cool to 1150 °F (620 °C) |
| Typical Applications | Gas turbine and jet engine components |
AMS 5662 Bars