(Discontinued) NC1238 Incoloy 800 (Alloy 800, UNS N08800) Flange

Alloy 800 Flange UNS N08800 Description

Alloy 800 Flange UNS N08800 is a nickel-chromium alloy component specified under UNS N08800. Its composition, including a balanced mix of nickel, chromium, and iron, supports structural integrity under thermal stress. The flange design ensures secure bolted joints in piping systems and pressure assemblies. Engineered with precision machining, the product meets tight dimensional tolerances to maintain performance in challenging industrial settings.

Alloy 800 Flange 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 Flange UNS N08800 Applications

Industrial Piping Systems
- Used as a flange connector in high-temperature piping to achieve secure, pressure-resistant joints by utilising its controlled alloy composition.

High-Temperature Processing Equipment
- Applied as a critical component in furnace assemblies to manage cyclic thermal stress through uniform material properties.

Chemical Processing Installations
- Serves as a flange in corrosive environments to maintain seal integrity by utilising its nickel-based composition.

Alloy 800 Flange UNS N08800 Packing

The Alloy 800 Flange UNS N08800 is packaged under clean-room conditions with anti-static wrapping and protective foam inserts to minimise physical shock. The product is stored in sealed, moisture-resistant containers and labelled with handling instructions. Storage in a controlled environment is recommended to prevent contamination. Optional custom packaging, including compartmentalisation and specialised labelling, is available to meet specific logistics requirements.

Additional Information

Nickel-based alloys, such as Alloy 800, play a significant role in industrial settings where high-temperature and corrosive environments are encountered. Their composition ensures that mechanical properties remain stable over extended thermal cycles. This stability is critical for maintaining the integrity of structural components in challenging applications.

Understanding the metallurgical processes behind these alloys provides insights into their performance. Detailed analyses during production, including non-destructive testing methods, contribute to a quality assessment. These considerations are essential for industries that depend on consistent and predictable material behaviour.