Electroless Nickel Plating: Is that the Right Option?

by | Apr 7, 2017 | Plating Service

Unless you are in the engineering industry, you may have never heard of Mil-c-26074. However, this is a material used to cover various materials with a thin coat of nickel. Now, you may wonder why this is beneficial. The fact is, this is an important material in the plating process.

Reasons to Plate with Nickel

If you just dipped something into melted nickel, it would emerge coated. However, there are some areas that would have a thinner or thicker coating in areas that isn’t acceptable for most modern applications.

The process of electroless plating, which involves the use of Mil-c-26074, uses a chemical reaction to transfer atoms of nickel to a different material. There is no electrical current used with this method. It represents the most effective way to plate oddly shaped items and parts. While it provides even coatings, nickel alloy offers quite a bit of protection against issues of corrosion. This is essential for any metal parts that are going to be used in harsh environments.

When you plate a part with nickel, it also helps to protect the parts from excessive wear. The fact is, it can increase the hardness level quite a bit. This provides you with parts that are more durable and more resistant to corrosion. They will also have a higher shine level, which is pleasing to look at.

Benefits of Mil-c-26074 Used in the Plating Process

To make sure you maintain maintenance, and to qualify to take aerospace and government contracts, plating companies have to meet certain standards. It is important to understand the various specifications, which will help ensure you can take on the jobs and still meet the requirements of the job.

Keeping this in mind will help everyone see why this material is important when plating any metal or item being produced.

Latest Articles

Categories

Archives

Related Articles

No Results Found

The page you requested could not be found. Try refining your search, or use the navigation above to locate the post.