Anodic Oxidation of Aluminum

The process begins with mechanical satin finishing using SPAL machines, internally designed and developed. This pretreatment removes minor surface imperfections and imparts the characteristic brushed aesthetic.

After anodic oxidation, customized coloring can be applied: bronze tones through inorganic precipitation coloring, or organic shades ranging from steel to dark brown and black, achieved through electrochemical absorption.

These finishes offer high resistance to light and temperature, making them ideal for architectural applications.

This chemical treatment replaces mechanical satin finishing to create a matte and even surface: the aluminum is immersed in a chemical solution to remove scratches, extrusion lines, and impurities, resulting in a uniform finish that requires no mechanical intervention.

All available color options can also be applied here, expanding the product’s aesthetic possibilities. Thanks to its versatility and ability to create elegant yet understated surfaces, chemical oxidation is particularly suitable for sectors where a balance between aesthetics, functionality, and production process optimization is required.

This is an advanced anodizing process designed to achieve bright, reflective, and highly aesthetic surfaces. The procedure begins with a meticulous preparation phase, involving mechanical polishing with specific abrasive pastes, followed by surface cleaning. Finally, the material undergoes a chemical or electrochemical oxidation process.

Bright anodizing is an ideal solution for contexts where visual impact is essential, such as interior design, high-end furnishings, the automotive sector, or the production of premium components for consumer electronics. The combination of functionality and visual appeal makes this finish a preferred choice for those seeking elegance, prestige, and durability in a single treatment.