(Discontinued) NC1987 Incoloy 825 (Alloy 825, UNS N08825) Pipe/Pipe

Alloy 825 Tube/Pipe UNS N08825 Description

Alloy 825 Tube/Pipe UNS N08825 is a nickel-iron-chromium alloy enhanced with molybdenum and copper to improve resistance against reducing acid and chloride-containing environments. The tube form facilitates integration in fluid handling systems where dimensional stability and corrosion mitigation are essential. Its technical specifications, verified through standardised ASTM B423 assays, ensure that it performs consistently in industrial settings demanding controlled composition and microstructure.

Alloy 825 Tube/Pipe UNS N08825 Characteristics

Chemical Composition Wt%

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

Alloy 825 Tube/Pipe UNS N08825 Applications

Chemical Processing
- Used as piping in acid-resistant systems to achieve corrosion mitigation by leveraging its controlled alloying composition, which enhances chemical stability.

Marine Applications
- Applied as tube components in seawater systems to address chloride-induced corrosion by leveraging its balanced chromium and nickel content for extended service life.

Industrial Fluid Transport
- Used as conduits in high-temperature processing systems to maintain structural integrity by leveraging its verified thermal stability and consistent microstructure.

Alloy 825 Tube/Pipe UNS N08825 Packing

The Alloy 825 Tube/Pipe UNS N08825 is packaged in sealed, corrosion-resistant containers with anti-static padding to prevent surface damage and contamination during transit. Moisture-resistant wrapping and sturdy framing ensure protection under variable environmental conditions. Units are stored under controlled temperature and humidity conditions. Custom packaging options, including vacuum sealing and reinforced crates, are available upon request.

Additional Information

Nickel-based alloys like Alloy 825 serve a critical role in industries where resistance to both chemical corrosion and high temperatures is essential. Their performance derives from precise control over chemical composition and microstructural features, ensuring consistent mechanical and thermal properties.

In the broader context of materials science, alloys of this type are extensively employed in processing equipment, piping systems, and other components exposed to aggressive media. Ongoing research in metallurgical processing and quality control continues to refine these alloys for improved efficiency and durability in industrial applications.