Electroplating Service

RPS provides professional Electroplating Services, widely applied in surface protection, appearance enhancement, and functional improvement of custom parts. By depositing a metallic coating through electrolysis, electroplating enhances corrosion resistance, wear resistance, conductivity, and aesthetics. We offer a wide range of plating options, including Nickel Plating, Chrome Plating, Zinc Plating, Gold Plating, Silver Plating, and Tin Plating, tailored to customer requirements.

What is Electroplating?

Electroplating is a surface finishing process where a thin layer of metal or alloy is deposited onto a substrate through electrolysis. The coating not only changes the surface properties but also provides specific functions such as rust prevention, wear resistance, decorative finish, or electrical conductivity.

electroPlating parts 02 800x600

Why Choose Electroplating ?

  • Corrosion Resistance – Extends part lifespan in harsh environments.

  • Wear Resistance – Increases surface hardness and reduces friction.

  • Aesthetic Appeal – Enhances gloss, brightness, and surface finish.

  • Electrical Conductivity – Ideal for electronic components.

  • Dimensional Restoration – Corrects tolerance deviations with selective plating.

  • Material Compatibility – Suitable for steel, aluminum, copper, magnesium, zinc alloys, and plastics.

Electroplating Performance Parameters

ParameterTypical Range / NotesPlating Material Options
Plating Thickness5–50 μm (customizable)Nickel, Chrome, Zinc, Gold, Silver, Tin
Surface GlossBright, Semi-bright, MatteNickel, Chrome, Silver
Surface Hardness200–1000 HV (depending on coating type)Hard Chrome, Nickel
Surface RoughnessRa ≤ 0.8 μmAll plating types
Corrosion Resistance≥ 72–1000 hrs Salt Spray TestZinc, Nickel, Chrome
Electrical ConductivityExcellent for Silver & Gold PlatingGold, Silver, Tin
Wear ResistanceStrong improvement with Nickel & Chrome PlatingHard Chrome, Nickel
Appearance UniformityEven coating, consistent color, no visible defectsNickel, Chrome, Gold

Detail of a Electroplating Part

electroplating parts detail 01 800x600
electroplating parts detail 02 800x600

Materials Suitable for Electroplating

Material CategorySpecific Grades / Examples
SteelsCarbon Steel (AISI 1018, 1045), Alloy Steel, Tool Steel (D2, H13), Stainless Steel (304, 316, 410)
Aluminum Alloys6061, 7075, 2024, ADC12, A380
Copper AlloysPure Copper (C11000), Brass (C36000), Bronze (C95400)
Magnesium AlloysAZ91, AM60
Zinc AlloysZamak 3, Zamak 5
PlasticsABS, PC (with surface activation treatment)

Put Your Electroplating Parts into Production Today

Where Are Electroplated Parts Used?

Electroplated parts are widely used across industries:

  • Automotive – Decorative trims, bumpers, engine components

  • Aerospace – Engine parts, hydraulic system components

  • Electronics – Connectors, contacts, PCB components

  • Medical Devices – Surgical instruments, implant components

  • Industrial Equipment – Molds, pumps, valves, fasteners

  • Home Appliances & Consumer Goods – Decorative housings, hardware, kitchenware

Electroplating Case Studies

Frequently Asked Questions

The cost depends on part size, quantity, plating type, and thickness. Large-batch production significantly reduces the unit cost.

Standard lead time is 3–7 days. Complex parts or large-volume orders may require longer. Expedited services are available.

Yes, but the dimensional change is very small (micron-level). Compensation is considered during process planning.

Electroplating requires an external electrical current and usually deposits more on external surfaces. Electroless plating relies on chemical reactions and provides uniform coverage, even on complex geometries.