WHAT ARE ALUMINUM ALLOYS?
• APPLICATIONS
Aluminium alloys are incredibly versatile, sturdy and reliable. For this reason, they are very sought-after in engineering, construction, and automotive applications, making for one of the most widespread metal materials, alongside steel. Keep reading to learn more about the qualities, applications, and unique characteristics of aluminum alloys. While aluminum presents some amazing properties as a pure element, it might not be strong enough for the high-durability purpose. For this reason, it can be combined with other elements in order to form alloys, which are exponentially more durable and suitable for industrial applications. Aluminum alloys are particularly desirable when engineers seek to reduce the weight of an item (for example, an airplane) without compromising in terms of strength.
To this day, aluminum is one of the most popular non-ferrous metals to be used in construction, engineering, and industry, and it is not surprising at all. There are not many materials out there that are as durable, workable, and versatile as aluminum alloys. Although they are widely regarded for their properties by engineers and manufacturers, most people out there might not be aware of the properties of aluminum. What is this metal capable of? When most people think of this element, they certainly don’t make the connection with rocket scientists or advanced automotive engineering! The first thing that comes to most people's minds is undoubtedly kitchenware, or perhaps other common household items.
However, this remarkable element is incredibly versatile, and it is not just something that’s useful to make fancy pots and pans! Aluminum is indeed a truly remarkable metal, known for its strength, flexibility, and versatility. Because of its sought-after properties, aluminum is used in many industries and it stands out as a fantastic alternative for many applications, ranging from insulation to kitchenware, construction, prototyping, and more. Aluminum alloys are particularly popular as well.
