The history of aluminum

Aluminum may be the thirteenth factor on the periodic aspect and its in the thirteenth roll (Dynamic.) Aluminum was found out by Hans Christian Oersted in 1825 in Denmark. Hans Christian Oersted born on August 14, 1777 in Langeland, Denmark. He became thinking about Chemistry at time twelve while working at his father’s pharmacy. Not only was Oersted the first ever to extract light weight aluminum from rocks, but he also found out electromagnetism (Residence.) The "aluminum" word derived from the Latin term "alumen" meaning "alum."

Aluminum is the most common metal within Earth’s crust (Home.) They obtained it from "ores" a surface near to the surface of the earth. At that time, aluminum was worth big money and was more valuable than gold (Winter,M.) Lightweight aluminum is also within the Earth’s crust, rocks, clay, soil, and vegetation. Hans-Christian was the first ever to produce nodules of aluminium by heating system potassium amalgam with light weight aluminum (AzoM,.) Hans Christian Oersted produced aluminium by reducing aluminum chloride with a potassium-mercury amalgam (Home.) This experiment was tricky to accomplish because all by natural means occurring aluminum exists in a bonded condition with other alloys, factors, and substances, rendering it difficult to discovery and make (How.)

When aluminum was learned, the Greek and Romans used it in making medicines and when dyeing fabrics. When it had been first discovered, it had been worthwhile $1,200 per kilogram in the nineteenth century, that’s more valuable when compared to a bar of gold. That’s $28,383 in today’s money (How.) When light weight aluminum was worth more than gold, it was used for making earrings and art objects. During this time period, aluminum was considered at the very top material. Aluminum was like the silver and gold of the 1850′s. It had been used to make many necklaces, bracelets, earrings, and silverware used for special guests.

The procedure that allowed metal to be developed at low costs was known as electrolysis. This technique ran dissolved lightweight aluminum ore through a bath of liquid while it was electrified. When the dissolved aluminium ore molecules were shocked, tiny gray nuggets were accumulated. Soon after this technique became known, various factories were designed for the objective of isolating and selling lightweight aluminum. The United States went from producing a number of ounces of aluminum per month to producing around testmyprep fifty pounds of aluminium per day (Kean,S.)

Today, aluminum isn’t worthy of the same as gold or silver. Since it is now produced in higher quantities, the worthiness of aluminum has substantially declined. Today, aluminum is used for basic things such as soda cans, foils, kitchen utensils, and airplane parts (Google.) Aluminum foil is manufactured today by extracting impurities, like oxide, silica, titania, and water, then the aluminum oxide can be melted and converted to pure aluminum. From then on, the pure aluminum is normally rolled into foil (Aluminum.)

Works Cited

AZoM, W. B. (2013, June 11). Aluminium, THE ANNALS, Discovery and Expansion as a Product. Retrieved March 15, 2017, from

Dynamic Periodic Table. (2008, November 18). Retrieved March 16, 2017, from

Google. (2014, October 23). Retrieved March 16, 2017, from is light weight aluminum used for today&*&spf=611

History of Metal. (2017, March 09). Retrieved March 15, 2017, from

Home. (2009, May 03). Retrieved March 16, 2017, from

How does Hans Christian Oersted discover aluminium? (2013, October 13). Retrieved March 16, 2017, from

Kean, S. (2010, July 30). Aluminum: It Used To BECOME MORE Precious Than Gold. Retrieved March 16, 2017, from

Winter, M. (2008, July 12). Aluminium: historical data. Retrieved March 15, 2017, from

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