Corrosion resistance
Anodizing strengthens aluminium protection against environmental exposure.
ALUMINIUM ANODIZING
Strength and protection that become part of the aluminium
Anodizing is an electrochemical process that forms a protective aluminium oxide layer on the surface of aluminium profiles.
WHAT IS ANODIZING
An electrochemical process that transforms the surface itself
During anodizing, aluminium is immersed in an electrolyte tank and direct electric current creates a controlled oxide layer.
This layer becomes part of the metal surface and acts as a strong protective shell.
ADVANTAGES
Why anodizing is chosen
Hardness and wear resistance
The treated surface gains greater resistance to everyday use.
Stability in external conditions
Anodizing supports applications exposed to demanding conditions.
Controlled aesthetic result
The surface can take on a specific colour and finish.
THE PROCESS
From preparation to final inspection
Surface preparation
The aluminium is cleaned and prepared for uniform processing.
Anodizing
Parts are immersed in the electrolytic bath and the protective layer is created.
Colouring
Where required, the surface takes on the selected colour.
Sealing
The surface is stabilised and the process is completed.
Inspection and packaging
The final result is inspected and products are packaged.
APPLICATIONS
Where anodized aluminium is used
Architectural structures
Window frames, curtain walls, railings, facades and shading elements.
Profiles and special sections
Components for photovoltaics, awnings, shower enclosures and aluminium systems.
Industrial components
Components and surfaces requiring increased hardness and resistance.
Furniture and details
Applications combining durability and aesthetics.
COLOURS & FINISHES
Technical protection meets the final aesthetic result
Anodizing offers options in different colours and types of finish.