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

Standard applications range from 0.0001" to 0.001", with capability for heavier deposits when required. Optimal thickness depends on the specific application needs.

Silver offers 105% the conductivity of copper and 95% of gold at a fraction of the cost, making it ideal for high-current applications where gold's excellent corrosion resistance isn't required.

Untreated silver naturally tarnishes through sulfur exposure. For applications where this is unacceptable, we offer anti-tarnish treatments to maintain conductivity and appearance.

Our silver-plating processes conform to ASTM B700, AMS 2410, and MIL-DTL-45204, among others, depending on your specific requirements.

Yes, we specialize in silver plating on aluminum using our advanced Alstan® surface preparation process to create exceptional adhesion.

Oxidation rates depend on environmental factors. Untreated silver will form a surface tarnish layer, but this typically doesn't significantly impact electrical performance in many applications.

Yes, silver plating is excellent for RF components with its conductivity and "skin effect" advantages at high frequencies.

Bright silver offers a highly reflective appearance, and matte provides a subdued finish. Both deliver similar conductivity benefits, with the choice primarily affecting appearance.

Yes, we can apply heavy silver deposits for applications requiring extended wear life, though alternative materials may be more cost-effective for pure wear resistance.