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Aluminum is a lightweight, high-strength, easily formable metal that can be surface-treated for corrosion resistance and decorative appearance. It is abundant in the earth’s crust (around 8%), usually as bauxite ore, and is known for its superior resistance to oxidation. Because of these unique properties, it is used in many branches of industry, including the modern construction industry, in the production of millions of different products and has a very important place in the world economy.
Structural components made of aluminum alloys are indispensable for the aerospace industry. It finds wide use in the transportation and construction industry, which requires lightness and high strength properties.
When it comes to architecture; aluminum extrusion profiles, aluminum composite panels and aluminum accessories appear at every stage of the building sector, from the verandas and doors in our homes to the facade cladding of the highest skyscrapers.
The most intensively used aluminum materials in the architectural field are door and window joinery obtained by extrusion method and profiles belonging to the systems used in curtain wall cladding.
In many industrial products and industrial fields: Elevator profiles, standard aluminum profiles, sliding door profiles, rail profiles, furniture frame and handle profiles, hexagonal, box and cylinder type profiles, lama profiles, H, L, T, U, Z type standard profiles, angle brackets, sigma profiles for showcases and stands, body profiles, glass balcony profiles, aluminum extruded profiles are used in numerous types and sizes such as guillotine profiles, office partition system profiles, blinds, mosquito nets, ventilation and grille profiles, hinge, railing, grill and handrail profiles, blinds, sills, windowsills, awnings, sunshades and sill profiles.
Aluminum's low density and high weight-to-strength ratio provide advantages in many industrial applications.
Aluminum alloys allow the production of a wide range of sections by cold or hot forming methods such as rolling, extrusion, forging.
Aluminum can be easily recycled with limited energy costs.
By alloying aluminum, it becomes capable of high performance machining, and the machinability of its special alloys is certainly comparable to that of brass.
Surface protection can be achieved by increasing the natural protective oxide layer with anodic oxidation processes that can be applied to aluminum.
Aluminum has excellent specific electrical conductivity, making it indispensable for electrical and electronic applications. It is also preferable in all applications where heat conduction is required.
With alloying and appropriate heat treatment, its mechanical properties can reach a level comparable to steel. With this feature, aluminum has become indispensable for sectors such as automotive, defense and aerospace, space, machinery manufacturing, etc.
It is a non-toxic material used extensively by the food industry in food preparation and preservation processes.
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