CU10951 C96400 70/30 Copper Nickel Powder

C96400 70/30 Copper Nickel Powder Description

C96400 70/30 Copper Nickel Powder is a copper-nickel alloy powder consisting of approximately 70% copper and 30% nickel. The powder is engineered with a controlled particle size distribution to ensure predictable melting behaviour and uniformity in alloying. Its chemical composition supports improved corrosion resistance and thermal conductivity, making it suitable for applications in heat exchangers, marine components, and electrical contacts. The use of advanced analytical techniques in production guarantees that each batch meets rigorous technical standards.

C96400 70/30 Copper Nickel Powder Applications

Industrial Applications
- Used as a bonding agent in soldering for electronic assemblies to achieve consistent joint integrity by leveraging its stable melting characteristics.
- Applied as a filler in high-performance bearings to enhance wear resistance by utilising its uniform alloy composition.

Marine and Corrosion-Resistant Applications
- Serves as a protective coating component in marine environments to achieve reduced corrosion by utilising the alloy's inherent passive layer formation.
- Employed in desalination system components to benefit from improved resistance to saltwater-induced degradation.

C96400 70/30 Copper Nickel Powder Packing

The powder is packed in sealed, anti-static bags placed within rigid, moisture-resistant boxes. Secondary packaging includes cushioning materials to absorb shocks and prevent contamination during transit and storage. It is recommended to store the material in a cool, dry place to maintain its chemical stability. Custom packaging options, including nitrogen-flushed containers and tamper-evident seals, are available upon request.

Additional Information

Copper-nickel alloys have a long history in industrial applications due to their balanced conductivity and corrosion resistance. The microstructure of these alloys is carefully managed during processing to optimise physical properties such as wear resistance and thermal behaviour. Research continues to refine production techniques, supporting applications across electronics, marine, and industrial environments.

Understanding the interplay between composition, particle morphology, and heat treatment is critical for optimising performance in powder metallurgy. Advances in analytical methods have furthered the ability to control these parameters, resulting in materials that meet the stringent demands of modern engineering processes.