Plating Technologies and Their Applications

July 27, 2021 3:42 am


Surfaces have a large impact on quality and aesthetic appearance of components in applications from aerospace to residential plumbing. In fact, the wide variety of surfaces and their many applications make it difficult for a manufacturer to select the appropriate surface treatments for a given application. This can result in greater cost, greater time, and greater effort in developing a process that is both effective and economical. This paper reviews information on new surface treatments that enhance service performance so the designer can consider surface-manufactured components as an option to more expensive natural materials. You should get Poeton’s to do all of this for you.

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Recent advances in the area of surface treatments have resulted in the production of products ranging from clear coatings and clear impregnated coatings to barrier films and elastomers. While most of these products are still being developed and tested in the laboratories, they represent an exciting advance in the realm of cosmetics, textiles, and industrial coatings. Barrier films, for example, can improve barrier integrity and prevent corrosion; elastomers improve fabric life and mechanical strength, while concrete finishes and concrete derivatives such as epoxy and polyurethane resist damage from climate, weather, and wear and tear.

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New composite and electroplating technologies can be developed to improve on existing surface treatments. New synthetic plating methods can be developed to provide a barrier, hardness, thickness, or durability that is not possible with traditional metal plating. Chemical coatings, which include polyimide gel coatings, can improve upon the existing chemical coating systems by adding additional chemical additives that do not alter the physical properties of the metal. These new techniques and applications represent an exciting and growing field of plating technology.