While not a new fabrication process, zinc-nickel electroplating is characterized by slow but consistent growth in the world markets. Not as frequently drawn upon as other coatings, it, nonetheless, provides a valuable option for those wanting to meet a variety of requirements including:
* Performance
* Regulatory
* Warranty
In fact, it is one of the safest and beneficial means of providing protection for real-world applications.
Real-World Applications of Zinc Nickel Plating
Zinc-nickel coatings are capable of providing higher degrees of protection to the substrate of the ferrous metal they cover. This reduces the impact of everyday stressors capable of decreasing the longevity of a variety of industrial components. Those in the automotive manufacturing industry were among the fastest to adopt zinc-nickel plating. They see the process as one adept for providing protection to a number of automotive components. They are utilizing it in a number of ways by applying coatings to the undersides of various engine structures, including car hoods and to fasteners used in the wheel wells of vehicles.
Other industries following this lead closely are those in aerospace. Those who produce agricultural and construction machinery, as well as electrical transmission structures, are also beginning to realize the potential benefits of zinc nickel electroplating. It provides the right protection level under harsh environmental conditions. Zinc-nickel plating offers excellent protection against harsh weather conditions, corrosive chemicals, e.g., pesticides and rust.
Zinc Nickel Electroplating
Research indicates the benefits of utilizing a zinc-nickel coating. The finish is hard, smooth and consistent. Even after bending or being formed, the coating remains strong and effective against corrosive elements. Clearly, zinc nickel electroplating provides ongoing protection against corrosion while offering the ideal surface for any further finishing surfaces, including powder coating or painting. They also provide an excellent base for subsequent painting or powder-coated finishes. In future, this can only encourage the expansion of its use in real-world applications.
