Precision hard-coat anodising engineered to improve wear resistance, corrosion protection, dimensional stability and dielectric performance for demanding industrial applications.
Engineered surface performance
Our aluminium anodising process transforms the component surface into a durable oxide layer engineered for demanding operating conditions.
Type III hard-coat anodising provides increased surface hardness, abrasion resistance and corrosion protection while retaining the lightweight properties of aluminium.
The process is suitable for precision components where coating consistency, dimensional control and repeatable finishing quality are critical.
A durable surface treatment designed to improve component life, reliability and functional performance.
Improves surface hardness and resistance to abrasive and high-friction environments.
Provides a protective oxide layer that improves resistance to environmental exposure.
Suitable for components requiring reliable electrical insulation characteristics.
Supports controlled finishing and dye-compatible surface treatment where required.
From preparation to final inspection, every stage is controlled to achieve consistent and repeatable surface performance.
Controlled cleaning and etching prepare a uniform aluminium surface.
Controlled electrolyte conditions create a dense protective oxide layer.
Controlled sealing improves corrosion resistance and closes the pore structure.
Coating thickness and specified quality checks are completed before dispatch.
Typical process parameters and capabilities. Final specifications are confirmed according to component requirements and applicable standards.
Precision components and structural parts.
Durable surface treatment for demanding environments.
Controlled finishing for precision optical components.
Dielectric and protective finishing solutions.
Share your drawings, specifications, quantities and required finish. Our technical team can review your requirements and recommend a suitable process.