Many industries have come to rely on the benefits offered by electroplating. Using a metal coating improves the durability and performance of parts. Plating technology can be applied to various materials, each of which offers different characteristics. For instance, electroplating is used to create materials that have high conductivity and other features like durability in extreme temperatures. Overall, a plated wire is considered a better final product than a wire that is not electroplated, but before diving into your next engineering project, it is beneficial to have a basic understanding of what this process is and some of the types available.
Considering there are multiple methods and types of plating wire, you first need to determine the appropriate process that matches the size and volume of parts you are working with. Ideally, all engineers should consider these important factors to get the best results when plating wires.
What is the intended use of the part?
End performance goals need to guide material choices and the production process. For instance, consider the environment or working conditions. If the part is exposed to corrosive environments, you need to factor this when selecting materials.
What tolerances do you require?
When plating wire, it involves depositing a layer of material on another material’s surface. It would be best to account for these changes in dimensions by knowing your exact tolerances. As mentioned above, you need to keep the end goals in mind.