Aluminum, the second-most plentiful element in the universe, is used to make soda cans, aircraft, and aluminum extrusion cnc other vehicles, as well as roofing panels that are used to shelter a large number of people worldwide. The age we currently live in may be referred to as the "Age of Aluminum" due to the metal's extensive influence. Due to its special characteristics, aluminum is being employed in more and more applications. Discover some of the most fascinating information about aluminum:

Aluminum: What We Know and Don't Know

When you think about aluminum, what comes to mind first? The majority of extrusion profiles us frequently consider aluminum foil, flakes, and other simpler applications of the metal. However, aluminum is a highly fascinating metal if you take the time to learn about it. Did you know that the moon, which is extremely near to us, has a lot of aluminum or that 8% of the Earth's crust is formed of aluminum?

Aluminum is mostly produced in Australia.

Aluminum makes up 8% of the crust of the Earth.

Actually, there are more than 100 different types of v slot extrusion aluminum alloys.

Only 5% of the energy needed to extract new aluminum from ore is needed to recycle aluminum.

Al-26 was used by NASA deep space astronomers to find supernovae.

The Discovery of Aluminum in History

Our schoolbooks state that the Danish scientist Hans Christian Oersted founded the Aluminum Company. Aluminum was formerly regarded as being so expensive that Napoleon III used it as priceless dinnerware in his home. After then, industrial production of aluminum started in the 20th century as it started to be highly prized for its distinctive qualities, and aluminum manufacture has been changing ever since.

In 1825, the Danish scientist Hans Christian Oersted made the first aluminum-from-alum extraction.

Due to its scarcity, the metal was formerly thought to be more precious than gold.

Napoleon III really gave his guests lunch on aluminum plates and silverware since the metal was so expensive.

Aluminum space rockets were mentioned by Jules Verne in his book A Trip to the Moon.

Aluminum compounds were utilized by the ancient Greeks and Romans as astringents and fabric colors.

Paul Heroult and Charles Hall separately developed a process for melting aluminum oxide in cryolite as early as 1886. Aluminum is still produced using the findings.

With only roughly 150 years of economic use, aluminum is one of the more recent metals. Contrast that with copper, which dates back more than 9,000 years.

Physical Features

The third most common element in the crust of the Earth is aluminum. It is a lightweight, silvery-white metal with a high strength-to-weight ratio. Aluminum sinks into water but is still very light thanks to its 2.7 g/mL density. Did you realize that aluminum weighs just a third of what steel does?

Second only to silicon in terms of metallic element abundance is aluminum.

Aluminum has an atomic weight of 26.9815386.

Aluminum has a density of 2.70 grams per cubic centimeter.

Aluminum has a 660.32 degree Celsius melting temperature.

At 2.519 Celsius, aluminum begins to boil.

Aluminum is a particularly malleable and ductile metal. However, it may also be incredibly powerful.

Only one-third the weight of steel or copper, aluminum is very light. Aluminum has a density that is one-third that of steel.

Aluminum is corrosion-resistant and simple to recycle. Similar to how iron rusts, it oxidizes, but the oxides actually adhere to the metal and shield the surface.

Aluminum has the same physical characteristics as the original material and may be recycled again.

Chemical Features

Aluminum is a metal with an atomic number of 13 and the letter "Al" as its atomic symbol. A metal with outstanding chemical characteristics is aluminum. The metal's superior chemical characteristics make it ideal for a wide range of uses in our daily lives. Did you realize that aluminum is neither magnetic nor spark-producing? Want to know more about this metal's chemical makeup and its many uses?

The most prevalent form of aluminum in the Earth's crust is alum, which is actually potassium aluminum sulfate.

Aluminum is neither magnetic nor spark-producing.

The radioactive isotope of aluminum has a 730,000-year half-life.

Zinc, copper, silicon, magnesium, and manganese are used to make the most typical aluminum alloys.

We must extract pure aluminum metal from ore since it is not present in nature.

Infrared light is reflected by aluminum at a rate of 98%. Additionally, 92% of visible light is reflected by it.

The Bayer process is also well-known for being a successful method of removing the metal from bauxite.

Crystalline aluminum compounds are extremely abundant in sapphires, emeralds, and rubies.

Aluminum uses

Aluminum is used to make a wide range of tools and vehicles, including everything from bicycles to spacecraft. People can travel at breakneck speeds, cross seas, fly through the air, and even depart our planet because to this adaptable metal. Since aluminum is so common in our surroundings, over 75% of it is still in use today, in one way or another.

Although the metal contains more than 99% aluminum, it is nearly typically utilized as an alloy.

In as little as 60 days, aluminum beverage cans can be recycled from your garbage to a new may.

Altogether, 1.9 million tons of aluminum were utilized to create packaging and containers in 2012.

You can operate your TV for three hours on the energy you save by recycling a metal can.

The U.S. Environmental Protection Agency (EPA) reports that 1.7 million tons were utilized in 2012 for durable products including appliances and vehicle parts.