CU10949 C96400 70/30 Copper Nickel Pellet

C96400 70/30 Copper Nickel Pellet Description

C96400 70/30 Copper Nickel Pellet is an alloy comprising 70% copper and 30% nickel. The alloy exhibits specific mechanical and corrosion-resistant properties suitable for applications requiring material integrity under marine and industrial conditions. Its controlled microstructure supports predictable performance, making it appropriate for environments demanding stable thermal and electrical conductivity. The pellet form ensures ease of handling and consistent composition in various processing techniques.

C96400 70/30 Copper Nickel Pellet Applications

1.       Electronics and Instrumentation
   - Used as a component in electrical connectors to achieve stable conductivity by leveraging the inherent corrosion resistance provided by the 70/30 composition.
   - Applied as a conductive insert in sensors for precise signal transmission due to its balanced mechanical and thermal properties.

2.       Marine and Industrial Systems
   - Serves as a material in seawater piping systems to achieve lower maintenance requirements by minimising corrosion through its tailored microstructure.
   - Utilised as an element in heat exchangers to manage thermal loads by employing its controlled thermal conductivity and mechanical stability.

3.       Fabrication and Casting Processes
   - Applied as a feed material in metal casting to ensure homogeneity in final components by leveraging its consistent alloy composition.
   - Used as a precursor for component fabrication to achieve uniformity and minimal grain deformation during forming operations.

C96400 70/30 Copper Nickel Pellet Packing

The pellets are packaged in sealed, inert atmosphere containers to minimise oxidation and contamination. A moisture barrier is included to protect against ambient humidity, and the packaging features anti-static materials to prevent particulate accumulation. Customised container sizes and labelling are available for bulk orders, ensuring proper traceability and storage compliance. Storage in a dry, temperature-controlled environment is recommended to maintain material integrity.

Additional Information

Copper-nickel alloys offer enhanced resistance to biofouling and corrosion, making them a preferred choice for many industrial applications. Their microstructural stability under thermal cycling is of significant interest in material science research. This product belongs to the class of alloys that benefit from controlled composition and precise processing techniques.

Understanding the relationship between alloy composition and performance is crucial for applications in harsh environments. Researchers and engineers continue to explore the behaviour of copper-nickel alloys in various settings, contributing to improvements in efficiency and durability in industrial components.