(Discontinued) NC1242 Incoloy 825 (Alloy 825, UNS N08825) Tube/Tube

Alloy 825 Tube/Pipe UNS N08825 Description

Alloy 825 Tube/Pipe UNS N08825 is a nickel-based alloy with a controlled elemental composition optimised for high-temperature environments. Its engineered microstructure provides resistance to oxidation and corrosion under thermal stress. The tube/pipe is manufactured to conform to UNS N08825 standards, ensuring dimensional stability and performance consistency, which is critical for applications in industrial piping systems.

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

Industrial Processing
- Used as piping in chemical reactors to achieve corrosion resistance by leveraging the alloy's controlled composition.
- Applied as conduits in high-temperature boiler systems to attain dimensional stability by leveraging the alloy's heat tolerance. 

Processing Systems
- Used as structural components in material transport systems to achieve durability under thermal stress by leveraging uniform microstructure.
- Applied as tubing in process equipment to mitigate fluid contamination by utilising the inert properties of the alloy.

Alloy 825 Tube/Pipe UNS N08825 Packing

Alloy 825 Tube/Pipe UNS N08825 is packaged in protective, anti-corrosive wrapping and secured within wooden crates. Each unit is sealed with polyethylene to prevent contamination and physical damage. It is recommended that the product be stored in a dry, temperature-controlled environment to minimise oxidation. Custom packaging options with vacuum sealing and labelling are available for enhanced traceability and handling.

Additional Information

Nickel alloys are widely used in environments where high resistance to thermal and chemical stress is required. The controlled composition of such alloys ensures that physical and mechanical properties remain consistent, even under prolonged exposure to extreme conditions. Advanced metallurgical techniques have refined the production process, yielding materials that meet stringent industry standards.

Understanding the interplay between alloy composition and performance is critical in materials science. Continuous improvements in process control and testing methodologies have led to better quality assurance, ensuring that components used in industrial settings deliver predictable performance during service.