NK10441 Nickel 201 Foil Commercially Pure Nickel Foil CP Ni Foil

Nickel 201 Foil Commercially Pure Nickel Foil CP Ni Foil Description

Nickel 201 Foil Commercially Pure Nickel Foil CP Ni Foil is a sheet of high-purity nickel engineered to meet ASTM B162 standards. Available in customizable dimensions, this foil provides structural uniformity and reflects tight compositional control. Its minimal inclusion content and consistent grain structure facilitate advanced material processing in industrial settings, ensuring compatibility with precision fabrication equipment.

Nickel 201 Foil Commercially Pure Nickel Foil CP Ni Foil Characteristics

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

Nickel 201 Foil Commercially Pure Nickel Foil CP Ni Foil Applications

Industrial Applications
- Used as a current collector in electrochemical cells to achieve efficient charge transfer by utilising its uniform microstructure.
- Applied as a barrier layer in corrosion-resistant assemblies to mitigate oxidation through its chemically stable surface.

Electronics Applications
- Used as a substrate in micro-electronic components to maintain precise conductor pathways by utilising its controlled composition and minimal inclusions.

Nickel 201 Foil Commercially Pure Nickel Foil CP Ni Foil Packing

The foil is packaged in anti-static, moisture-resistant pouches and secured within rigid secondary containers to minimise physical impact and environmental exposure. The packaging design incorporates barriers to prevent contamination and oxidation during transit and storage. Recommended storage conditions are a dry, temperature-stable environment. Custom options such as specific labelling and tailored packing dimensions are available upon request.

Frequently Asked Questions

Q1: How does adherence to ASTM B162 enhance this foil’s performance?
A1: Compliance with ASTM B162 ensures standardised processing and dimensional consistency, which are critical in applications where uniformity impacts performance, such as in precision electronics and industrial assemblies.

Q2: What quality control methods are applied during the production of this foil?
A2: The manufacturing process includes electron microscopy and X-ray fluorescence analysis, which monitor grain structure and compositional uniformity. These techniques help detect and mitigate impurities or deviations, ensuring the foil meets stringent performance standards.

Q3: What benefits do customised dimensions offer for this product?
A3: Custom dimensions allow the foil to be tailored for specific equipment requirements, improving integration in specialised assemblies. This flexibility supports optimal utilisation in applications where precise material fit is necessary for performance.

Additional Information

Nickel foils play a critical role in various industrial and research applications due to their stable physical and chemical properties. Their nearly pure composition and controlled processing make them suitable for environments that demand high performance and minimal variability.

The material characteristics of commercially pure nickel support its use in applications where electrical conductivity, corrosion resistance, and dimensional accuracy are vital. This broader context underscores the relevance of high purity metals in technological and industrial advances.