Mineral Commodities

Gallium

World low-purity production and production capacity, 2024–2025

On the U.S. 2025 critical minerals listUSGS Mineral Commodity Summaries 2026

Share of world primary low-purity production, 2025 · world total 900,000 kilograms

  • China 99%
  • Russia 0.7%
  • Japan 0.3%

China accounted for 99% of world primary low-purity production of gallium in 2025 (900,000 kilograms). No other commodity among the 72 with a world total was as dominated by a single country. The United States relied on net imports for all of its gallium consumption in 2025. The three largest producers, China, Russia, and Japan, together supplied 100%.

Producer log

4 countries listed separately

World low-purity production and production capacity. Units: kilograms, gallium content. 2025 figures are USGS estimates.
CountryPrimary low-purity production 2024Primary low-purity production 2025Share of world 2025Change on 2024Production capacity 2025
China839,000900,00099%+7.3%1,600,000
Russia6,0006,0000.7%0%10,000
Japan3,0003,0000.3%0%10,000
United States000
Other countries000%100,000
World total848,000900,000100%+6.1%1,700,000

United States

supply, trade and import sources

100%

Net import reliance in 2025, as a percentage of reported consumption.

2021100
2022100
2023100
2024100
2025100

Import sources of metal, 2021–24

  • Canada 28%
  • Japan 22%
  • China 18%
  • Germany 16%
  • Other countries 16%

Uses named for it in the 2025 critical minerals list: integrated circuits and optical devices.

United States, 2021–2025 (kilograms, gallium content, unless the row says otherwise). W = withheld by USGS; NA = not available; 2025 estimated.
Item20212022202320242025
Production, primary—————
Imports for consumption: Metal8,89011,40011,40011,00025,000
Imports for consumption: Gallium arsenide wafers (gross weight)306,000424,000163,000152,000110,000
ExportsNANANANANA
Consumption, reported17,10019,70017,80018,70019,000
Stocks, consumer, yearend2,8102,7803,3403,4103,400

Source: USGS Mineral Commodity Summaries 2026, Gallium chapter (PDF page 90). How to read these figures.