NK7022 Nickel Tube

Nickel Tube Description

Nickel tubes are a versatile material, known for their exceptional corrosion resistance and ability to function under extreme conditions. These tubes are used across various industries, including chemical processing, aerospace, and in heat exchangers, where performance and reliability are crucial. Made from high-purity nickel (99.9% +), they offer excellent durability, mechanical strength, and resistance to a range of chemicals, making them ideal for demanding applications.

Applications of Nickel Tubes

• Heat Exchangers: Used for heat transfer in various industrial processes, particularly in power plants and the chemical industry.
• Chemical Processing: Due to their high resistance to acids and bases, they are suitable for transporting corrosive chemicals.
• Aerospace: Ideal for components exposed to extreme temperatures and harsh environments.
• Shipping Industry: Their resistance to seawater corrosion makes them suitable for use in seawater desalination plants.

Packaging of Nickel Tubes

Our nickel tubes are securely packaged to ensure they remain in pristine condition during shipping and storage. Packaging is customised based on customer specifications and order size.

Frequently Asked Questions

In which industries are nickel tubes used?
Nickel tubes are frequently employed in industries such as chemical processing, aerospace, shipping, and in heat exchangers, due to their excellent corrosion and temperature resistance.

Can nickel tubes be customised?
Yes, nickel tubes can be customised regarding diameter, length, and wall thickness to meet specific application requirements.

Are nickel tubes resistant to all chemicals?
Nickel tubes provide excellent resistance to many aggressive chemicals, including acids and alkalis; however, specific compatibility conditions should be verified.

What is the purity level of the nickel used in these tubes?
Our nickel tubes are manufactured from high-purity nickel (99.9% +), ensuring excellent performance and durability in harsh environments.