| Abstract: |
Electroplating is still one of the most frequently used surface finishing processes. The trend towards increasing sales is still evident, but the requirements are also becoming more stringent. The transition that has begun from ICE (Internal Combustion Engine) to e-mobility, with high volume growth of electric vehicles, is changing the requirements for component functionality. The consistency of properties over the lifetime is crucial. Coatings should therefore become thinner and have to fulfill several features, e.g. conductivity, corrosion, and wear resistance, simultaneously. In addition to the automotive industry, one of the largest consumers of electroplated surfaces, the sectors of electrical engineering and electronics, construction, mechanical engineering, aerospace technology, the jewelry industry and medical technology are decisive for the high turnover and development of electroplating. Rising raw material prices, stricter legal regulations (including REACH), growing customer demands in terms of quality and functionality, and increasing environmental awareness are constantly presenting new challenges to electroplating technology, which is proving to be a driver of innovation. Especially in times when a global supply seems to reach its limits very quickly and a continuous digitalization shows new possibilities, the electroplating industry is in a state of change. This presentation provides an overview of the state of the industry and highlights selected current trends.
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