NC1183 Inconel 601 (Alloy 601, UNS N06601) Bar/Rod

Inconel 601 (Alloy 601, UNS N06601) Bar/Rod Description:

Inconel 601 is a nickel-chromium alloy with added aluminum, offering excellent resistance to high-temperature oxidation and corrosion, along with high mechanical strength. This combination of properties makes it ideal for demanding applications in the chemical processing, aerospace, and power generation industries, where it is used for components that require durability and stability under extreme heat and corrosive conditions. Its ability to withstand severe thermal cycling also makes it suitable for furnaces and heat-treating equipment components.
Other trade names: Alloy 601, UNS N06601, W.Nr. 2.4851, Nickel 601, Pyromet 601, Nicrofer 601, Nickelvac 601, Ferrochronin 601

Inconel 601 (Alloy 601, UNS N06601) Bar/Rod Specification:

Metal Type: UNS N06601
Bar: ASTM B166 Din 17752

Chemical Composition, %

Inconel 601 (Alloy 601, UNS N06601) Bar/Rod Applications:

1. Steam Generators:
• Employed in the tubing and components of steam generators, especially in nuclear and thermal power plants, where its resistance to high-temperature oxidation and corrosion by steam is crucial for efficiency and longevity.
2. Refractory Anchors, Strand Annealing, and Radiant Tubes:
• Used in the manufacture of refractory anchors and as a material for strand annealing and radiant tubes in heat treatment furnaces, due to its excellent oxidation resistance and ability to maintain structural integrity at high temperatures.
3. Superheaters:
• Ideal for superheater tubes in power generation plants, where it withstands the extreme temperatures and pressures encountered, ensuring reliable operation and extended service life.
4. Fabricated Combustion Chambers:
• Utilized in the construction of combustion chambers, particularly in aerospace and industrial applications, where its resistance to oxidation at elevated temperatures is essential for maintaining performance under rigorous conditions.
5. Thermal Reactors in the Exhaust System of Petrol Engines:
• Applied in thermal reactors within the exhaust systems of petrol engines to handle high-temperature gases, reducing emissions by promoting efficient combustion, thanks to its high-temperature corrosion resistance.
6. Electronic Parts:
• Used in the production of electronic components where high conductivity and resistance to oxidation are necessary, ensuring durability and reliability in electronic devices and systems.