(Discontinued) NC1237 Incoloy 800 (Alloy 800, UNS N08800) Pipe/Pipe

Alloy 800 Tube/Pipe UNS N08800 Description

Alloy 800 Tube/Pipe UNS N08800 is a nickel-iron-chromium alloy engineered for environments that require enhanced oxidation resistance and stable performance at elevated temperatures. The product is manufactured with precise control over composition and mechanical properties, making it suitable for applications where thermal stability and corrosion resistance are essential. Its controlled microstructure results in consistent strength and dimensional accuracy.

Alloy 800 Tube/Pipe UNS N08800 Characteristics

Chemical Composition Wt%

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Alloy 800 Tube/Pipe UNS N08800 Applications

Industrial Applications
- Utilised as heat exchanger tubes in industrial systems to achieve efficient thermal transfer by leveraging high oxidation resistance.
- Applied as process piping in chemical plants to maintain stable operation even under corrosive conditions by utilising controlled microstructural properties.

Energy and Process Applications
- Functions as piping components in power generation systems to maintain integrity at elevated temperatures by capitalising on its high-temperature performance.
- Frequently employed for steam lines in refineries to achieve consistent flow while resisting scale formation due to its alloy composition.

Alloy 800 Tube/Pipe UNS N08800 Packing

Alloy 800 Tube/Pipe UNS N08800 is packaged in protective, anti-corrosion wrapping and cushioned supports to prevent damage during transit. The packaging system guards against moisture contamination and mechanical stress. Storage recommendations include a dry, temperature-controlled environment. Customised packaging options such as labelled crates or palletised shipping are available to meet specific logistical requirements.

Additional Information

Alloy 800 Tube/Pipe UNS N08800 is part of a broader class of nickel-based alloys prized for their controlled composition and performance in challenging thermal and corrosive environments. The material's microstructural characteristics support its usage in industrial process applications where consistency in mechanical and chemical properties is critical.

In the context of modern materials engineering, such alloys are evaluated based on both their chemical stability and their mechanical performance under operational stresses. Advances in quality control and processing methods have enabled manufacturers to produce alloys that meet stringent industry standards for high-temperature and corrosive service conditions.