Non-Cobalt Electroplating
Electroplating is the process by which a metal is coated with a thin film of another metal using a process of electrolysis. One common form of electroplating uses cobalt to give the finished product a brilliant finish and increased corrosion resistance. But there is now an alternative to traditional cobalt electroplating which is free from the health and environmental dangers associated with it. This process is known as non-cobalt electroplating.
Non-cobalt electroplating is a safe and environmentally-friendly process which works by depositing a chromium-based alloy onto the surface of the metal. This alloy is then polished and buffed to give it a bright, glossy finish. The advantage of this process is that it eliminates the use of harmful cobalt-based chemicals, resulting in a product that is far less toxic. In addition, non-cobalt electroplating is much less expensive than traditional cobalt electroplating.
Another benefit of non-cobalt electroplating is that it produces a much smoother finish than traditional cobalt electroplating. This is due to the fact that chromium-based alloys do not contain large particles which can leave a grainy finish behind. This results in a smoother surface which is easier to clean and maintain.
One of the most important advantages of non-cobalt electroplating is that it doesn’t contain any hazardous chemicals which can damage the environment. This is especially important for those in the automotive industry, as it dramatically reduces the potential for pollution and contamination. In addition, the process is a great way to reduce the amount of metals and alloys going into landfills, as many of them can be reused or recycled.
Overall, non-cobalt electroplating is a safe, eco-friendly, and cost-effective way to finish metal parts and products. It is becoming increasingly popular in a wide range of industries including automotive, aerospace, and medical. The process utilizes fewer hazardous chemicals, produces a smoother finish, and is less expensive than traditional cobalt electroplating. As a result, it has quickly become one of the most popular forms of metal finishing available.
