The UK’s telecommunications sector keeps a population of 68 million people in contact with one another and with others around the world. Britain has one of the most robust telecoms infrastructures, meaning there are few areas of the country left without any kind of telephone contact. As more money is invested in the industry, mobile coverage is set to expand to minimise the occurrence of black spots. With an estimated worth of £31 billion, it is already a vital part of the British economy—more so when you consider how many companies depend on reliable telecoms technology to function.
Telecommunications rely on quality electrical parts. To get the most out of such components, they need to be able to conduct electricity with optimal efficiency while also being protected against the heat generated during operation. Telecoms devices are also susceptible to RFI and EMI, which can affect performance, so their components need to be treated against that, too.
Telecommunications equipment makes use of tiny components, many of which require a suitable plating solution. Here at Karas Plating, we offer a rack-and-barrel plating technique that allows us to plate thousands of minuscule parts at a time. This method ensures an even coating on all parts, however small they might be, and is a cost-effective way to plate in volume.
Whether we’re talking about handheld telecom devices or the wiring infrastructure that telecommunications systems still use, electrical components can overheat, causing them to malfunction. Several metal finishes can help alleviate this problem, including copper, nickel, and zinc coatings.
The speed and reliability of telecom equipment depend on how well the circuitry in these devices can conduct electricity. Even a fractional improvement in conductivity can produce noticeable differences in performance. While many of our metal coatings are used in this manner (including copper, nickel, and zinc), the most effective materials to plate with for conductivity are silver and gold. Of course, these precious metals are more expensive, but they are applied in minute quantities, ensuring a good return on investment.
Modern telecommunications devices are prone to Radio Frequency Interference (RFI) and Electromagnectic Interference (EMI), both of which can impair equipment, particularly over a prolonged period. Key components, such as smartphone circuitry, require the right plating solution to protect against this kind of disturbance. While nickel-plated parts offer a cost-effective solution, the more efficient method is to plate with silver. Perhaps the most effective of all is to apply a layer of copper plating first, followed by a layer of silver.
Much like the automotive industry, the British aerospace sector relies on a wide variety of plating techniques at every stage of production. From making their components more hard wearing or resistant to corrosion, to improving the conductivity of electronic equipment, all aspects of the aerospace industry require the very best in professional metal finishing and plating, as provided by the Karas Plating team.
Whether we’re talking about the National Grid, criss-crossing the country providing the nation with its electricity, or more renewable sources of power generation like wind turbines and solar panels, electroplating is essential to the power industry. Components undergo great pressure on a day-to-day basis and must be robust enough to withstand the strain.
The British defence industry utilises many of the electroplating processes that we have perfected here at Karas Plating. Precision plating is required to create reliable defence products. Likewise, they must be resistant to heat, corrosion, and other environmental considerations, since they might be deployed anywhere in the world at a moment’s notice.