High-performance metallic coatings engineered for conductivity, corrosion resistance, durability and demanding industrial applications.
2–25
Micron Range
96+
Salt Spray Hours
XRF
Thickness QA
Controlled
Deposition
Precision Finish
Engineered for performance
Our electroplating process uses controlled electrolytic deposition to create a consistent metallic layer over your component surface.
The result is improved conductivity, corrosion resistance, surface durability and service life while maintaining the dimensional integrity of the underlying component.
Consistent coating thickness across complex geometries, edges and recessed features.
Optimised metallic surfaces for electrical and thermal conductivity requirements.
Protective metallic layers help extend component life in demanding environments.
Process chemistry can be selected to support RoHS and ELV compliance requirements.
Degreasing and surface cleaning removes oils, contaminants and unwanted films.
Controlled surface preparation creates the ideal foundation for coating adhesion.
Controlled current density deposits the required metallic layer across the component.
Rinsing, finishing and thickness verification are completed before final release.
Automotive
Electronics
Defence
Engineering
Share your drawings, coating requirements, tolerances and production volumes. Our team can help determine the right plating process for your application.