NK10440 Nickel 200 Foil Commercially Pure Nickel Foil CP Ni Foil

Nickel 200 Foil Commercially Pure Nickel Foil CP Ni Foil Description

Nickel 200 Foil Commercially Pure Nickel Foil CP Ni Foil is a pure nickel material fabricated according to ASTM B162 standards. The foil exhibits a uniform microstructure and controlled thickness, which suit applications requiring chemical inertness and formability. Its properties enable its use in electronic circuitry and industrial forming processes where minimal impurity levels and consistent mechanical behaviour are essential.

Nickel 200 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 200 Foil Commercially Pure Nickel Foil CP Ni Foil Applications

Electronics:
- Used as a contact material in electrical connectors to achieve stable conduction by leveraging its high purity and excellent ductility.
- Applied as a substrate for thin-film deposition to enhance device uniformity by capitalising on its controlled surface finish.

Industrial Processing:
- Employed as a forming material in precision metal fabrication to handle high deformation stresses by utilising its consistent microstructure.
- Used as a barrier layer in chemical processing equipment to prevent corrosion by taking advantage of its chemical inertness.

Nickel 200 Foil Commercially Pure Nickel Foil CP Ni Foil Packing

The foil is packaged in moisture barrier bags with anti-static wrapping to protect against contamination and mechanical damage. It is then secured in rigid cartons for extra protection during transport. The packaging design supports proper storage conditions in a cool, dry environment. Custom options, including vacuum-sealed containers with detailed labelling, are available upon request to address specific logistical requirements.

Frequently Asked Questions

Q1: What analytical techniques are used to verify the foil's purity?
A1: SAM employs analytical methods such as X-ray fluorescence and microstructural analysis to validate the chemical uniformity and low impurity levels within the foil. These methods ensure the product consistently adheres to ASTM B162 standards without introducing additional variables.

Q2: How do customised dimensions affect the foil's performance in industrial applications?
A2: Customised dimensions allow the material to be tailored for specific equipment and processing conditions, ensuring compatibility with application requirements. This flexibility minimises material waste and adapts to manufacturing constraints without compromising overall performance.

Q3: What storage protocols are recommended to maintain the integrity of this nickel foil?
A3: The material should be stored in a cool, dry environment free from contaminants. The use of moisture barrier packaging and anti-static wraps, as provided, helps preserve its microstructural integrity and prevents oxidation or surface damage during storage.

Additional Information

Nickel-based materials have been extensively studied for their corrosion resistance and ductility, properties governed by their microstructure and elemental composition. In industrial settings, understanding the thermodynamic and kinetic factors that influence nickel stabilisation is crucial for optimising performance.

The use of commercially pure nickel in foil form enables precise control over material properties in both electrochemical and mechanical applications. Continued research into refining grain boundaries and surface textures contributes to advancements in sectors such as electronics and metal forming, where process consistency is paramount.