Anodizing is versatile and is used in numerous industries in which high demands are placed on the quality of the anodizing process. Surface quality, functionality and durability be provided.

In the Architecture anodized aluminium is used for façades, window frames or sun protection systems, for example - where it impresses with its Weather-resistant surface and the large selection of color variants.

In the Mechanical engineering and the Automotive industry the process serves to protect against corrosion and wear on technical components that are permanently exposed to stress. The matt, uniform appearance is also used in the Design area This is appreciated for high-quality consumer goods, furniture and electronic housings, for example.

Also in the Medical technology or Food industry anodized aluminium parts are used, as the surfaces are hygienic, easy to clean and resistant to many chemicals. Last but not least, the Aerospace industry from the low weight and high durability of anodized components.

In short: Anodizing is the ideal solution wherever Technical performance, surface protection and high-quality appearance are in demand.

Anodizing aluminium offers a whole range of advantages - both functional and visual. The resulting Oxide layer is hard, uniform and firmly bonded to the base materialwhich makes them particularly resistant to Corrosion, scratches and mechanical stress makes.

In addition, the layer light and UV resistantThis enables a lasting brilliance of color on colored surfaces - in contrast to paintwork, which can fade over time. The porous structure of the anodized layer absorbs dyes well, allowing a wide range of colors to be applied. Decorative design options are created.

Anodized surfaces are also Easy to clean, hygienic and Temperature resistant. They are therefore also suitable for the Use in the food industry or medical technologyas no harmful substances are released and the coating remains chemically stable.

Another advantage: the anodized layer does not change the dimensions of the workpiecebecause it grows evenly into the surface and does not apply like a coating.

Chromating creates a very thin, conductive protective layer, while anodizing creates a thicker, non-conductive oxide layer. Chromating is particularly suitable when good electrical conductivity or paint pre-treatment is required. Anodizing offers particularly high corrosion protection and a wide range of colour options.