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In an age of advanced composites and digital design, the time-tested process of electroplating services continues to play a critical role in modern engineering. Whether it’s delivering corrosion resistance, improving electrical conductivity, or achieving a precise aesthetic finish, electroplating remains indispensable across numerous high-spec industries.
Surface finishing plays a critical role in the manufacturing sector, ensuring that products not only meet aesthetic standards but also enhance their durability and functionality. As we move toward 2025, several emerging trends in surface finishing are set to redefine the industry, particularly in sectors like automotive, aviation, rail, defence, construction, and oil and energy. These trends are influenced by technological advancements, environmental considerations, and the demand for higher performance and sustainability.
While there is no magic trick to change common chemical elements into rare and valuable ones, electroplating is as close as it gets. Electroplating is similar to electrolysis which is the opposite of the process batteries use to produce electric currents. The earliest form, which became the modern electroplating process, occurred in the early 19th century.
The development of bigger electric generators meant higher currents which drastically improved the process. Advancements in industrial and manufacturing practices over the past two centuries have changed this process considerably.
While some of you may already know what electroplating is, what about how it works?
Silver plating refers to the process of covering a conductive surface with silver to prevent corrosion while adding a lustrous shine to it. Not that silver plating is all about looks and it certainly doesn’t mean second on the podium either. In fact, it’s the best metal for conducting electricity which makes it a popular choice for electronics and semiconductors. We believe that silver plating is a critical
There are a few reason for plating or coating busbars. Cosmetic reasons or provision of insulation are a couple but the most common reason for coating busbars is to inhibit corrosion.
Busbars are commonly made from copper, which in itself is quite resistant to corrosion but busbars are often used in environments where higher levels of protection are needed. Over time, copper oxidises and can impact the surfaces conductive properties. So plating or coating busbars, not only reduces corrosion but also improves the longevity and conductive properties of the item.
When it comes to manufacturing parts or components the way each one is finished reflects the quality of workmanship. If you don’t finish a job properly, then it doesn’t matter how careful you’ve been with the initial production, cutting or moulding, the end product is not going to look good. And the way the end product looks will always have an impact on saleability.
There could, of course, also be an impact on your costs. If your customer is unhappy with the finish of an order, you may have to start all over again, meaning more waste and increased costs. And there’s the health and safety aspect of poor finishing. Rough or sharp edges won’t be acceptable to your customer and may also cause injuries to those working with them.
Plating provides many benefits to products made from metal and other materials. It not only improves corrosion resistance and decorative appeal, but also increases solderability, enhances strength, reduces friction and alters conductivity. Plating can also help with paint adhesion.
Silver and tin plating are essential for parts that are designed to carry heavy electrical currents and are also viewed as being critical to modern technology.
We have all heard of gold plated jewellery and silver plated cutlery. But how many of us actually understand what plating is and how else it can be used, especially in industry? Here at PRV, plating is a big part of what we do as a company.
Silver and tin plating are essential finishes for parts that are designed to carry heavy electrical currents.
Plating is a surface covering in which a metal is deposited on a conductive surface. Plating has been around for many years but is seen as critical for modern technology. Typically plating is used to to decorate objects, for corrosion inhibition, to improve solderability, to harden, to improve wearability, to reduce friction, to improve paint adhesion, to alter conductivity, for radiation shielding and for other purposes too.
The new plating facility that PRV Engineering now has is yet another example of Simon Jones’ (Chief Exec of PRV) determination to offer the company’s clients the most comprehensive service through continuous investment into new areas.
Finishing is one of the most important areas in the engineering sector. Components that have been carefully machined to the highest standards and tightest specifications can still be scrapped if the finishing is not up to standard. It’s one of the reasons that PRV Engineering prefer to do as much manufacturing as possible in-house. The new plating facility, specialising in tin and silver plating, is another sure step in this direction.
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