Most common metals can accept copper plating, including steel, brass, zinc die castings, and properly prepared aluminum. Material compatibility assessment is part of our quality process.

We offer copper plating in thicknesses ranging from 0.0001" to 0.005" depending on your application requirements and specifications.

Copper offers different benefits than nickel - better electrical conductivity and solderability, while nickel provides greater hardness and corrosion resistance. Many applications use copper as an undercoat with nickel as a topcoat.

Yes, copper plating provides excellent solderability, making it ideal for electronic components and assemblies requiring soldered connections.

Our copper plating processes conform to ASTM B734 and AMS 2418 standards, among others, depending on the specific application requirements.

Turnaround time depends on part quantity, complexity, and required thickness, typically ranging from 3-10 business days. Rush services are available.

Copper offers good corrosion protection for many base metals but may require additional topcoats for harsh environments. It functions well as part of a multi-layer plating system.

The dimensional change corresponds directly to the specified plating thickness. We can control thickness precisely to maintain critical dimensions.

Untreated copper will naturally oxidize over time. For applications where this is problematic, we recommend appropriate topcoats or anti-tarnish treatments.

Yes, we specialize in plating copper onto properly prepared aluminum substrates using our advanced surface preparation techniques.