Featuring a wide variety of alloys and shapes for all electroplating processes including INCO Nickel, High Grade Zinc, CDA 101 Copper.

The electroplating process consists of the immersion of an object to be coated in a bath containing an anode. The object itself functions as the cathode. The bath is usually an aqueous solution of salts of the metal to be deposited. An electrolytic cell is produced when voltage is applied to the anode. The cathode being negative. Metal ions formed in the solution are attracted to the cathode where they gain electrons and deposit out of the solution onto the cathode surface as pure metal. Belmont Metals has been a manufacturer of Electroplating Anodes suitable for a wide variety of end uses for almost 100 years.

Belmont Metals offers various metals & alloys for Electroplating such as Cadmium, Cadmium-Tin, Copper, Phosphorized Copper, Brass & Bronze, Lead, Antimonial Lead, Nickel, Tin , Zinc, and numerous Tin-Lead and Tin-Zinc solders.

Forms Available:

Balls, Cathodes, Pellets, Flat Tops, Nuggets, Rounds, Oval and Flat Anodes, Rod, Bar, and Squares.

All shapes not available in all metals and alloys.

Showing all 14 results

Featured products

RELATED POSTS

Electroplating Advantages: Using Different Coating Products to Provide Enhanced Benefits

You would be surprised just how many items in our lives have electroplating. From your car when driving to work to the jewelry worn on special occasions, commercial manufacturing processes rely on this process to protect metals, as well as plastics, by coating them with an exterior layer of metal. While the most well-known reason…

What is electroplating?

Electroplating refers to a process that adds a surface layer of metal to another type of metal. It’s typically used to prevent corrosion and rust and to extend the useful life of the metal underneath the electroplated metal. Of course, it’s also used to make gold and silver plated jewelry and knickknacks and to give…

Electroplating with Tin Anodes: Uses and Examples

Machinery used in manufacturing applications can consist of a range of metals and alloys that provide strength, electrical and thermal conductivity, durability, workability and other characteristics. However, the metal part itself could be detrimentally impacted by the environment and the working application itself. In other instances, the metal part could create problems if it comes…