Nickel Copper wire is extremely valuable since it is used for a variety of purposes. Nickel plated copper wire is made from a copper core, and is properly covered by concentric nickel plating. Nickel plating is applied to copper wire due to its high corrosion resistance properties, its durability as well as stability even at extremes of temperatures
Nickel copper wire is available in different diameters ranging from 0.030mm to 0.500mm. Since Nickel copper wires have high tensile strength and enhanced resistivity values, they are the most preferred option for applications such as high quality resistance wires. Since the strength of nickel varies, you can easily choose nickel copper wires according to your specific requirements. The nickel copper wire can be moulded in numerous forms depending upon its usage and functioning. It is also developed to form an insulated electrical copper cable. Nickel Copper wires are now available as bare wire, litz wire or enamelled wire with insulation.
Advantages of the nickel layered copper wire are
Nickel copper wire is available in different diameters ranging from 0.030mm to 0.500mm. Since Nickel copper wires have high tensile strength and enhanced resistivity values, they are the most preferred option for applications such as high quality resistance wires. Since the strength of nickel varies, you can easily choose nickel copper wires according to your specific requirements. The nickel copper wire can be moulded in numerous forms depending upon its usage and functioning. It is also developed to form an insulated electrical copper cable. Nickel Copper wires are now available as bare wire, litz wire or enamelled wire with insulation.
Advantages of the nickel layered copper wire are
- High corrosion resistance,
- Excellent mechanical properties.
- The decrease in high frequency loss in all HF applications.
- Applications in high thermal and chemical requirements
- In Litz wires
- In HF applications
- In heating applications
- In resistance wires All applications which require additional mechanical requirements
0 comments:
Post a Comment