Aluminum is the most widely used metal in developing technology and our daily lives, combining light, ductile, good electrical and thermal conductivity, high strength and good formability with its wide alloy network. Aluminum is a completely environmentally friendly and nature-friendly metal thanks to its 100% recyclability. These important features have made aluminum the fastest growing and most used metal in the automotive industry. Similarly, it is widely used in almost all industrial branches such as the aviation industry, defense industry, packaging industry, high voltage lines, construction sector, architecture and facade applications. These features have made aluminum a strategically important metal.

Aluminum has become the metal that has expanded its usage area the most in the automotive sector with its lightness, high mechanical strength, easy shaping ability and recyclability. The most important issue of today, reducing carbon emissions to a great extent and increasing energy efficiency, is the basic search of today's automotive industry. Aluminum is the only answer to this search.

• Aluminum is three times lighter than steel with its features such as lightness, durability and easy shaping.
• A car produced mainly with aluminum consumes 20% less fuel and provides 17% less carbon dioxide emissions in its total life.
• Aluminum has a high ability to absorb impact energy. The safety coefficient of vehicles produced with aluminum is higher.
• Aluminum forms the main structure of electric cars and new technology designed vehicles.

Aluminum is an indispensable material for the construction sector with its lightness, easy shaping, high corrosion resistance and coloring properties.

• Aluminum is widely used in window, door and frame applications with its most durable, longest-lasting, aesthetic and sealing properties.
• Aluminum is the unrivaled solution for architectural and facade applications with its aesthetic properties, corrosion resistance and lightness.
• Aluminum reduces the static load on the building and its foundation due to its lightness and makes the building more durable.

Aluminum has become the most widely used metal in aviation and railway transportation thanks to its lightness, wide-ranging mechanical properties, and resistance to corrosion and atmospheric conditions.

• Sustainability, reduction of carbon emissions and energy efficiency are the most important issues and priorities of the transportation sector. In this area, aluminium is a single and indispensable solution.
• Aluminum constitutes more than 60% of new technology aircraft by weight.
• The new technology solution for railway transportation is again aluminium. The use of aluminium provides more than 20% energy savings in railway transportation and reduces significant amounts of carbon emissions.

Aluminum has a wide usage in the packaging and food sector due to its ability to be produced as a very thin layer, resistance to corrosion and atmospheric conditions, and food-compatible properties.

• Aluminum foil is light, easy to shape, and a good protector with its thermal conductivity.
• Aluminum is an effective and successful food packaging. Under normal usage conditions, it effectively and healthily protects food products against hot and cold conditions, light, and external factors.
• Aluminum is a material that is compatible with human health and food. The human body contains 35 mg of aluminum, approximately 25% of which is in soft tissues and 25% in bones.
• Aluminum and its compounds are widely and extensively used in areas that directly concern human health such as the pharmaceutical sector, protection of water reserves, and vaccine production.
• As a result of its long-term research, the World Health Organization has not reached any evidence showing that aluminum has a negative effect on human health under normal usage conditions.