(Discontinued) NC4675 Incoloy A-286 Powder

A286 Alloy Powder UNS S66286 Description

A286 Alloy Powder UNS S66286 is produced via controlled gas atomisation, ensuring a uniform particle size distribution that enhances sintering kinetics and microstructural uniformity. The powder adheres to UNS S66286 standards, making it suitable for high-temperature processing and precision manufacturing. Its detailed physical properties support the production of components where controlled densification and predictable behaviour under thermal stress are essential.

A286 Alloy Powder UNS S66286 Characteristics

Chemical Composition Wt%

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

A286 Alloy Powder UNS S66286 Applications

Additive Manufacturing Applications
- Used as feedstock in additive manufacturing systems to achieve high-density parts by leveraging its controlled particle morphology and consistent composition.

Powder Metallurgy
- Applied as a primary material in powder metallurgy to facilitate uniform sintering and precise microstructural control by leveraging its standardised chemical properties.

Casting Applications
- Serves as a pre-alloyed material in investment casting to achieve detailed component geometry by leveraging its predictable sintering behaviour and composition consistency.

A286 Alloy Powder UNS S66286 Packing

A286 Alloy Powder UNS S66286 is packaged in sealed, inert atmosphere bags housed within rigid, moisture-resistant containers. The packaging utilises polyethylene liners and moisture barrier films to minimise contamination and oxidation. For optimal product integrity, storage in a cool, dry, temperature-controlled environment is recommended. Custom packaging options, including vacuum-sealed containers and compartmentalised cartons, are available upon request.

Additional Information

Nickel-based alloy powders are integral to high-temperature manufacturing due to their ability to maintain phase stability and mechanical strength under extreme conditions. Controlled particle size and composition are critical factors influencing sintering behaviour and the uniformity of the final product—a key consideration in precision component fabrication.

Advanced processing techniques, such as gas atomisation, ensure minimal contamination and consistent microstructure. These characteristics are essential for applications in industrial, automotive, and high-performance manufacturing environments, where predictable material behaviour is crucial for end-use performance.