CU10948 C96400 70/30 Copper Nickel Ingot

C96400 70/30 Copper Nickel Ingot Description

C96400 70/30 Copper Nickel Ingot is an alloy composed of 70% copper and 30% nickel. The controlled alloying process ensures homogeneity and minimises chemical impurities. Its structure is optimised for mechanical stability and corrosion resistance, which is crucial for applications requiring reliable electrical conductivity and thermal stability. The ingot also demonstrates reduced oxidation properties, making it effective in harsh environments. Its composition is measured using advanced spectrometric methods for precise quality control.

C96400 70/30 Copper Nickel Ingot Applications

Industrial Manufacturing
- Used as a structural component in corrosive chemical processing equipment to achieve extended service life by leveraging its oxidation-resistant properties.
- Applied as a sheet metal for heat exchanger components to ensure efficient thermal regulation by utilising its high thermal conductivity.

Electronics
- Utilised as a base material for electrical connectors in high-current devices to reduce resistive losses by taking advantage of its balanced conductivity and mechanical integrity.

Marine Applications
- Employed as an anti-fouling component in marine condensers to prevent bio-corrosion, leveraging its inherent chemical inertness for prolonged operational performance.

C96400 70/30 Copper Nickel Ingot Packing

The ingots are packaged in a custom protective casing with anti-static polyethylene liners and foam inserts to reduce mechanical shock and contamination. Storage instructions require maintaining a dry, temperate environment to prevent oxidation. Measures include sealed wrapping to safeguard against moisture and external contaminants. Packaging options are available for batch sizes and can be customised according to the client's transport and storage requirements.

Additional Information

Copper-nickel alloys have long been used in applications where resistance to corrosion and biofouling is essential. The performance of such alloys is directly influenced by their controlled composition, which allows for a balance between ductility and strength. The metallurgical practices employed in producing these ingots help maintain a stable microstructure necessary for consistency in both conductivity and durability.

Understanding the scientific basis behind alloy formulation is vital for industries relying on high-performance materials. The detailed analysis of thermal and mechanical properties ensures that products like the C96400 ingot meet stringent industrial standards and operational demands across various sectors.