Copper strips are typically made by rolling and annealing copper rods until they reach the necessary thickness. The resulting strips have a smooth surface that makes them ideal for electrical and thermal conductivity. These strips are sturdy, durable and have excellent corrosion resistance. Copper strips, in general, are available in several different thicknesses, with thicknesses ranging from 0.2mm to 4 mm or more.
Nickel-Plated Copper Strips
One unique type of copper strip is nickel-plated copper strips. These strips are made by coating a copper strip with a thin layer of nickel. The plating is usually done through electroplating, where the nickel is deposited through an electric current. This process provides a range of benefits that the original copper strip does not have.
Nickel plating provides an increased resistance to wear, tear, and corrosion, making it ideal for use in harsh environments. During electroplating, nickel ions bond with the copper, making it more durable with superior surface hardness. The tough coating also protects the copper from reacting with any chemical or external factor.
Nickel plated copper strips, are often utilized in a variety of technological devices ranging from automotive to aerospace. Due to their increased resistance to corrosion, it can be utilized in harsh environments, such as extreme temperatures or humidity. This plating is also utilized in electronic components, where the copper provides superior electrical conductivity and nickel delivers anti-tarnishing properties.
The Benefits of Copper Strips
Copper strips are an ideal material for numerous applications, as noted above. They are incredibly versatile, allowing for the production of a variety of products in various thicknesses to cater to diverse needs. The strips are suitable for industrial applications and can withstand high temperatures and adverse environmental conditions.
Copper strips are used to build electrical contacts such as wire connectors, printed circuit boards, electrical switches, power relays, batteries, and other electronic devices. They are also an integral part of mechanical engineering, used in bearings, springs, and wire mesh.
Copper strips can be rapidly prototyped and their samples can be produced in smaller amounts during the production phase. This cost-effective process allows for the testing of copper strips to see if they meet the required specifications.
Conclusion
Copper strips are versatile and durable, and they have a wide range of applications. Despite many variants, nickel plated copper strips’ increased durability, increased resistance to corrosion, and anti-tarnishing properties make them an ideal choice for companies looking to create long-lasting devices for various applications. With a thickness ranging from 0.2mm to 4 mm or more, and the ability to manufacture custom samples during the production phase, copper strips, whether plated with nickel or not, are a beautiful material option that grant various advantages.