Gold Plating for Electronics: Connectors and Lead Frames
Gold plating on contacts and lead frames buys stable, low-resistance, wire-bondable surfaces. See where gold earns its cost and how lines control thickness.
Gold plating on contacts and lead frames buys stable, low-resistance, wire-bondable surfaces. See where gold earns its cost and how lines control thickness.
Silver plating gives electronics the best conductivity per micron. See where it beats ENIG and tin, the tarnish management it needs, and the equipment that runs it.
Plastic can be chrome-plated — after etching, activation and autocatalytic nickel. See the full process chain and the line equipment behind decorative plastic plating.
Cadmium plating still spec'd in aerospace for sacrificial corrosion and lubricity. See where it holds, the health and environment constraints, and the alternatives.
Medical device plating demands validated cleanliness and documented control. See coating choices for instruments, cleaning steps and equipment that supports validation.
Automotive plating lines are audited, not just bought. See what OEM approval expects — CQI-11 evidence, corrosion specs and the equipment that delivers both.
ENIG and ENEPIG are the two electroplating-based PCB finishes. Compare structure, wire bonding, reliability and the plating lines behind them.
Zinc plating protects steel from rust at low cost. See how the process works, where it fits, and what a zinc plating line includes.
Copper plating serves electronics, bus bars and undercoating work. See where it fits, how the process runs and what a copper plating line includes.
Tin plating protects solderability and conductivity on electronics and bus bars. See where it fits, the process basics and the lines that run it.