NK10149 Nickel Plate, Ni Plate 4 mm thick

Nickel Plate, Ni Plate 4 mm thick Description

Nickel Plate, Ni Plate 4 mm thick is produced through controlled electroplating techniques, resulting in a plate with a precisely maintained 4 mm thickness and a density of approximately 8.9 g/cm³. The dimensional stability and chemical inertness of nickel are crucial for applications that require durable corrosion barriers and consistent physical properties. Its defined structure supports applications in high precision fabrication and industrial component assembly.

Nickel Plate, Ni Plate 4 mm thick Applications

1.       Industrial Fabrication
- Used as a structural component in machinery to achieve dimensional stability by utilising its precise 4 mm thickness for accurate load distribution.

2.       Chemical Processing Equipment
- Applied as corrosion-resistant liners in reactors to achieve extended service life by leveraging nickel's inherent chemical inertness.

3.       Electronics Assembly
- Serves as a base material in electronic housings to achieve controlled thermal performance by leveraging its uniform density and precise dimensions.

Nickel Plate, Ni Plate 4 mm thick Packing

Nickel Plate, Ni Plate 4 mm thick is packaged in clean-room grade anti-static wrapping and secured in reinforced foam-lined containers to prevent mechanical damage. The packaging incorporates moisture-barrier materials and custom crate options to limit contamination during transit and storage. The product should be stored in a temperature-controlled environment to maintain material integrity and prevent surface oxidation.

Frequently Asked Questions

Q1: What quality control measures are implemented in the thickness calibration of the Nickel Plate, Ni Plate 4 mm thick?
A1: The material undergoes dimensional verification using interferometric techniques and precision micrometry. These measurements confirm the uniformity of the 4 mm thickness during production, ensuring adherence to strict tolerance limits required for industrial applications.

Q2: How does the material consistency affect machining operations in fabrication processes?
A2: Uniform density and consistent thickness facilitate predictable machining behaviour. This consistency minimises tool wear and allows for high precision in cutting and forming operations, thereby reducing variability in the final product dimensions and improving overall process efficiency.

Q3: What storage protocols are recommended to maintain the metal's surface integrity?
A3: It is recommended to store the plates in a temperature-controlled, low-humidity environment. The use of anti-oxidation packaging materials and storing the metal away from corrosive agents helps maintain the surface quality and structural properties over time.

Additional Information

Nickel plays a critical role in metallurgical applications due to its excellent resistance to chemical attack and high-temperature oxidation. Its consistent performance under varying environmental conditions makes it a favoured material in the design of industrial components and chemical processing equipment.

The metallurgical properties of nickel, including its uniform density and capacity for precise thickness specification, are essential for components that require stable mechanical and chemical behaviour. These characteristics allow engineers to design systems with predictable performance, ensuring that the components meet the specific demands of modern fabrication and processing techniques.