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Our story begins in tropical regions, where a reddish-clay rock called is mined [1, 5]. It doesn’t look like metal at all; it’s a mix of aluminum compounds, silica, and iron rust [5, 6].

A fine, snowy white powder called Alumina (aluminum oxide) [1, 6]. Act III: The Lightning Strike (The Hall-Héroult Process)

The crushed bauxite enters a high-pressure "pressure cooker" filled with hot caustic soda [1, 6].

From red dirt to white powder, and from a lightning-bolt bath to a silver slab, the aluminum is now ready to be shaped into anything from a foil wrap to a jet engine.

The remaining clear liquid is cooled, causing white crystals to settle out [1, 6].

A giant "vacuum" ladle siphons the liquid silver from the bottom of the pot [1]. It is whisked away to a furnace where it's purified and mixed with other metals to make it stronger [1, 6]. Finally, it is poured into molds to create massive blocks called , or rolled into thin sheets [1, 6].

This is a story of transformation—how a crumbly red rock from the earth becomes the sleek, silver metal in your soda can or smartphone. Act I: The Earth’s Rusty Treasure

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How Aluminium Is Made: Animation

Our story begins in tropical regions, where a reddish-clay rock called is mined [1, 5]. It doesn’t look like metal at all; it’s a mix of aluminum compounds, silica, and iron rust [5, 6].

A fine, snowy white powder called Alumina (aluminum oxide) [1, 6]. Act III: The Lightning Strike (The Hall-Héroult Process) How Aluminium is made animation

The crushed bauxite enters a high-pressure "pressure cooker" filled with hot caustic soda [1, 6]. Our story begins in tropical regions, where a

From red dirt to white powder, and from a lightning-bolt bath to a silver slab, the aluminum is now ready to be shaped into anything from a foil wrap to a jet engine. Act III: The Lightning Strike (The Hall-Héroult Process)

The remaining clear liquid is cooled, causing white crystals to settle out [1, 6].

A giant "vacuum" ladle siphons the liquid silver from the bottom of the pot [1]. It is whisked away to a furnace where it's purified and mixed with other metals to make it stronger [1, 6]. Finally, it is poured into molds to create massive blocks called , or rolled into thin sheets [1, 6].

This is a story of transformation—how a crumbly red rock from the earth becomes the sleek, silver metal in your soda can or smartphone. Act I: The Earth’s Rusty Treasure

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