Category
Industrial Mineral
Top Producer
Australia
25% of world
Top 3 Countries
72%
of global supply
US Import Reliance
100%
of consumption

Bauxite (Aluminum)

Industrial Mineral

The primary ore of aluminum — the most widely used non-ferrous metal. Applications span transportation, packaging, construction, and aerospace.

Global Production Overview

Global Mine Production (2023)
400.0 Mt
million metric tons
US Import Reliance
100%
of apparent consumption met by imports
Supply Concentration (Top 3)
72%
controlled by top 3 producers

Production by Country (2023)

Rank Country Share
1 Australia 25.0%
2 Guinea 24.3%
3 China 22.5%
4 Brazil 9.0%
5 India 6.0%
6 Indonesia 4.5%
7 Russia 1.3%
8 Kazakhstan 1.3%

Click a country name to view its full profile. Production share percentages are calculated from USGS estimated global production.

Explore All Minerals

Production data for 20 critical and strategic minerals

What does the Bauxite (Aluminum) production data show?

Bauxite (Aluminum)-production figures describe where a raw material used in manufacturing, construction, or chemical processing is extracted. Industrial minerals rarely make headlines, but production geography still matters, buyers in import-dependent countries track supplier concentration to avoid being caught short by a disruption in a single supplying country. Production of Bauxite (Aluminum) is moderately concentrated: Australia leads, but several other countries contribute meaningfully to global mine output, spreading supply risk without eliminating it. Reported tonnages come from national geological surveys and industry returns and are revised as new figures arrive.

Bauxite (Aluminum) is classified by the U.S. Geological Survey as a industrial mineral. The primary ore of aluminum — the most widely used non-ferrous metal. Applications span transportation, packaging, construction, and aerospace. Global mine production in 2023 was approximately 400.0 Mt million metric tons. 8 countries with reported production appear in the table above, covering essentially the full global mine supply.

Australia is the world's leading producer of Bauxite (Aluminum), accounting for roughly 25% of global mine output. The top three producers together control 72% of global supply and the top five hold 87%, making the market moderately concentrated. Leading producers are Australia, Guinea, China, Brazil, India. High concentration means prices and availability can move sharply on political events, export restrictions, or mine outages in one country, which is why these production shares sit at the heart of critical-minerals policy in the United States, the European Union, and Japan.

The United States imports approximately 100% of the Bauxite (Aluminum) it consumes, a figure the USGS publishes as "net import reliance as a percentage of apparent consumption" and updates annually. Click any country in the production table to open its full country profile, population, GDP, development indicators, and the full set of minerals it produces, so you can see the broader economic context behind the production share. All figures on this page are USGS estimates for data year 2023, released in the 2024 Mineral Commodity Summaries, and they supersede earlier preliminary estimates.

Frequently Asked Questions

Which country produces the most Bauxite (Aluminum)?

Australia is the world's leading producer of Bauxite (Aluminum), accounting for approximately 25% of global mine production in 2023.

How is Bauxite (Aluminum) used?

The primary ore of aluminum — the most widely used non-ferrous metal. Applications span transportation, packaging, construction, and aerospace.

What is global Bauxite (Aluminum) production?

Global mine production of Bauxite (Aluminum) was approximately 400.0 Mt in 2023, measured in million metric tons.

How reliant is the US on imported Bauxite (Aluminum)?

The United States imports approximately 100% of its apparent Bauxite (Aluminum) consumption, making it a strategically significant commodity for US supply chain security.

Source: USGS Mineral Commodity Summaries 2024 (U.S. Geological Survey, National Minerals Information Center). Source: USGS National Minerals Information Center, data year 2023. Values are USGS estimates and may include revisions. US import reliance data from USGS.