Industrial plating is an incredible manufacturing process. Plating improves the durability and conductivity of loads of different products, from things like car parts to medical equipment. These plated surfaces essentially help extend the service life and enhance the performance of machines. But of course, all manufacturing comes with some element of risk, so let’s take a look at what they could be.
Thank you for reading this post, don't forget to subscribe!Understanding potential exposure risks
During plating operations, the people working in the factory are exposed to mists, vapours or dust created during cleaning, coating and finishing stages. Electroplating uses electrical current to deposit metal, while processes such as electroless nickel plating, as seen here //www.swmf.co.uk/surface-coatings/electroless-nickel-plating, rely on chemical reactions. Both methods can involve substances that carry risks.
Airborne contaminants like metal particles or solvent vapours are released during pre-treatment and polishing. Prolonged exposure to certain metals has been linked to more serious long-term health concerns, but the level of risk really depends on the concentration and duration of the exposure. Of course, the effectiveness of the safety controls put in place can mitigate against this risk.
How risks are managed in modern facilities
Considering all of these health and safety hazards, there are strict regulations and workplace safety standards in place to protect people working on plating. Things like extraction systems and air monitoring help control emissions into the air. Personal protective equipment, including gloves and respirators, provides an additional safeguard against most of the risks we’ve seen here.
And so with appropriate controls, staff training, and good ventilation, plating is a safe and widely used industrial process.