Bismuth Production by Country

Bismuth production by country measures how much bismuth each country produces, expressed in metric tons. The figures follow the definitions used in the underlying sources. The statistics are based on USGS Mineral Commodity Summaries 2026. The table below lists 7 countries, each reporting refinery production, with 2024 and 2025 data available for all 7. The United States is not shown because its production figures are withheld to avoid disclosing company proprietary data. The figures are as reported for refinery production, and 2025 figures are estimates from the source.

Bismuth Production by Country Map

Countries With the Largest Bismuth Production in 2025

China produced the most bismuth in 2025 with 14,000 metric tons. South Korea ranked second with 1,000, followed by Japan (500), Laos (500), Kazakhstan (180), Bolivia (50), and Bulgaria (50).

Bismuth Production by Country

#
Country
Latest Data (metric tons)
Year
1
China
China CN
14,000 2025
2
South Korea
South Korea KR
1000 2025
3
Japan
Japan JP
500 2025
4
Laos
Laos LA
500 2025
5
Kazakhstan
Kazakhstan KZ
180 2025
6
Bolivia
Bolivia BO
50 2025
7
Bulgaria
Bulgaria BG
50 2025

Among the 7 countries with available 2025 data, China accounted for about 86 percent of the reported production values, and China and South Korea together accounted for about 92 percent. Only China produced more than 1,000 metric tons in 2025.

Bismuth Production Around the World

In Asia, China (14,000 metric tons) is the dominant producer, ahead of Japan (500), South Korea (1,000), Laos (500), and Kazakhstan (180). In Europe, Bulgaria (50 metric tons) is the smallest producer listed, tied with Bolivia in South America. In South America, Bolivia (50) is the only listed producer, while the United States figures are withheld in North America.

Largest Changes in Bismuth Production, 2024–2025

Bulgaria recorded the largest increase, rising from 48 metric tons in 2024 to 50 in 2025 (up 2). Laos rose from 492 to 500 (up 8). China, Japan, South Korea, Kazakhstan, and Bolivia were unchanged between 2024 and 2025.

The period is notable for its stability: of the seven countries, five held exactly the same output in both years. China, the dominant producer, held 14,000 metric tons in both years. Among the seven countries listed, total reported production increased slightly from 16,270 metric tons in 2024 to 16,280 in 2025, with the change concentrated in the smaller producers.

Bismuth Production by Country

#
Country
2024
2025
1
China
China
14,000 14,000
2
South Korea
South Korea
1000 1000
3
Japan
Japan
500 500
4
Laos
Laos
492 500
5
Kazakhstan
Kazakhstan
180 180
6
Bolivia
Bolivia
50 50
7
Bulgaria
Bulgaria
48 50

Methodology

The statistics are based on USGS Mineral Commodity Summaries 2026, with major processing by Our World in Data. Values refer to bismuth production, in metric tons, as refinery production. 2025 figures are estimates from the source. The United States figures are withheld to avoid disclosing company proprietary data. The World total is reported as rounded in the source and is not shown in the table, where a zero reflects no production, while an empty cell means that no value was reported.

Frequently Asked Questions

Which country produces the most bismuth?

China produced the most bismuth in 2025 with 14,000 metric tons, followed by South Korea (1,000) and Japan (500).

How many countries are included in the dataset?

The table lists 7 countries that record bismuth production in the USGS Mineral Commodity Summaries 2026.

What does this indicator measure?

It measures national bismuth production in metric tons, as refinery production, based on the definitions used in the underlying sources.

Which country produces the least bismuth?

Among the countries with 2025 data, Bolivia and Bulgaria recorded the smallest output, at 50 metric tons each.

Why is the United States not shown?

United States figures are withheld to avoid disclosing company proprietary data.

Data Disclaimer: Projected data (future years) are estimates based on mathematical models. Actual values may differ. Learn about our methodology →

Sources

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