Colored aluminum anode services
Today, the desire to have tall buildings, the development of the automotive industry and the growing importance of energy consumption, the increasing use of satellites and spacecraft, and the desire for air transport, have given special importance to the weight of structures. Aluminum and its alloys are used in many engineering applications due to their high weight strength and good formability. The anodic oxidation process has greatly increased the use of aluminum and its alloys, making it possible to use this metal in situations where non-anodizing aluminum is not possible. Production of a porous nano-layer to create colored anodizing layers. The anodizing process creates a clear oxidized amorphous oxide layer that is highly absorbent due to the presence of regular nano-cavities. This adsorption property makes the aluminum surface suitable for a variety of color work processes. Various pigments have been used to insert nanoparticles into the oxide layer. These pigments include organic and inorganic pigments. Pigments are usually deposited as nanoparticles within the nanoparticles of the oxide layer by electrolyte and electrolyte solutions. In the process of electrolytic dyeing, metal nanoparticles are deposited in metal oxide nanoparticles from metal salt baths using alternating current. However, in electrolysis dyeing, the prepared dye compounds are deposited on the surface of the substrate without the application of electric current and only with the help of heat. These two methods provide a wide range of colors for a variety of applications. The most important advantages of non-ferrous aluminum parts are their exceptional resistance to ultraviolet radiation, heat, vacuum sublimation and high adhesion. With the scientific and technical capability of the experts and the most advanced equipment, Isatis Nanos Abkar Company is able to create a wide range of colors on different parts in terms of size and shape.