Copper electroplating applies a layer with superior adhesion, conductivity, and durability. It acts as an underplate and heat treatment stop-off and supports high-thickness builds for printed circuits, semiconductors, electroforming, and non-metal metallisation.

Nickel electroplating creates a coating with excellent wear resistance, enhanced by heat treatments and alloys like tin or tungsten. It provides uniform coverage, flexible thickness, and stability in recesses and blind holes for various uses.

Zinc electroplating applies a protective layer with strong corrosion resistance and uniform coverage. It is commonly used on steel for automotive parts, fasteners, and industrial components, often as a base for other coatings.

Gold electroplating forms a layer with high corrosion and tarnish resistance, wear protection, conductivity, low contact resistance, and bondable surfaces. It is used in semiconductors, printed circuits, electrical contacts, and connectors.

Electroless nickel electroplating produces a uniform deposit with corrosion protection, magnetic properties, wear resistance, hardness, and a bright finish. It serves as an alternative to chrome plating with a low friction coefficient.

Palladium electroplating deposits a layer with corrosion resistance similar to gold, hardness, and solderability. It can be alloyed with nickel and is applied as an alternative to gold or platinum in multiple applications.

Platinum electroplating applies a coating with high corrosion resistance and biocompatibility. It is suitable for medical devices like pacemakers and pharmaceutical applications requiring durable, inert surfaces.

Rhodium electroplating forms a thin, durable layer with a shiny, reflective, hypoallergenic finish. It is used with rack plating for complex specifications in jewellery, automotive parts, and electronics.

Ruthenium electroplating creates a hard coating, often alloyed with palladium or platinum, for electrical contacts. It is utilized in data storage, as a catalyst in oil refining, and for solar energy technologies.

Silver electroplating produces a ductile, malleable coating with matte, semi-bright, or bright finishes. It offers high electrical and thermal conductivity, reflectivity, and is used in telecom, medical, and limited UV applications.