Anodizing
Protection and aesthetics for aluminum
Anodizing is a surface treatment used for aluminum alloys. This electrochemical process creates a protective oxide layer on the metal surface, improving its resistance to corrosion and wear. We work with dimensional compensation for this treatment.
Anodizing is the perfect treatment to protect and embellish aluminum, while offering increased resistance to external aggression.
The benefits of natural elox
Anodizing is an electrochemical process used for aluminum alloys. It consists in creating a layer of aluminum oxide on the surface of the metal to protect it from corrosion and improve some of its characteristics.
Corrosion protection
Hardness improvement
Electrical insulation
Natural look and clean finish
The benefits of black elox
Black anodizing is an anodizing process similar to natural anodizing, but with black coloring added during the process. This tint is achieved by incorporating pigments into the aluminum oxide layer formed, while retaining the same protective benefits as conventional anodizing.
Corrosion protection
Hardness improvement
Light absorption
Elegant aesthetics
The benefits of dur-naturel eloxage
Hard anodizing is a variant of the anodizing process that generates a thicker, more resistant aluminum oxide layer than standard anodizing. This treatment is carried out under specific current and temperature conditions, increasing the hardness and durability of the surface, often used for applications requiring high wear resistance.
Enhanced corrosion protection
Increased hardness
Increased wear resistance
Enhanced durability in extreme environments
The advantages of hard-black eloxage
Hard-black anodizing merges the qualities of hard anodizing and black anodizing. It involves forming a thicker, more durable aluminum oxide layer with a black hue. This process imparts exceptional hardness, wear resistance, and a black aesthetic to the metal surface.
Enhanced corrosion protection
Increased hardness
Increased wear resistance
Durable black aesthetic finish