The export controls China placed on gallium in 2023 and tightened through 2025 have produced uneven results on the ground. Shipments of unwrought gallium from China dropped sharply after the initial licensing rules took effect, and the further restrictions aimed at the United States in late 2024 kept most material inside the country or routed through limited channels. A partial easing announced in November 2025 suspended the outright presumption of denial for U.S. buyers, yet customs figures through the first half of 2026 show exports remaining near zero for many months.
China produces the overwhelming share of primary gallium, the low-purity metal recovered as a byproduct of aluminum and zinc refining. That position gives Beijing leverage over a material used in gallium arsenide and gallium nitride semiconductors. These compounds appear in high-frequency amplifiers for 5G base stations, power electronics in electric vehicles, radar systems, and certain LEDs and solar cells. Global annual demand stays below 700 metric tons, so even modest cuts in supply move prices quickly.
From Policy Announcement to Actual Shipments
The 2023 rules required exporters to obtain licenses and report end users. Volumes fell but did not stop entirely at first. By 2025 the picture changed. Unwrought gallium exports from China fell 94 percent from the prior year, according to trade data compiled by analysts at the Center for Strategic and International Studies. Several months recorded zero or near-zero shipments. U.S. import records show the same pattern: direct arrivals from China essentially ceased after March 2025, with only one small recorded delivery of about three kilograms in July.
The November 2025 adjustment lifted the specific ban on shipments to the United States for a year. In practice, the adjustment has not yet produced measurable recovery in licensed volumes reaching American buyers. Companies that process or recycle gallium report continued constraints. AXT, which manufactures gallium arsenide substrates at facilities in China and the United States, stated in its fourth-quarter 2025 earnings that permits for Asia and Europe customers were generally available while U.S. dual-use customers remained blocked. Neo Performance Materials, a major North American supplier that relies on scrap recycling, noted that limited feedstock continued to cap its ability to meet demand despite higher prices and margins.
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Prices outside China reflect the mismatch. Spot prices reached record levels above $1,800 per kilogram in early 2026, more than double the levels seen at the start of 2025. Inside China the price stayed comparatively stable, creating a two-tier market. The gap shows that primary supply is not moving freely even after the formal easing.
Recycling offers one workaround. Facilities in Germany, Japan, South Korea, Taiwan, and Slovakia recover gallium from manufacturing scrap and have increased their share of U.S. imports. That material still traces back to Chinese primary production in most cases. New primary capacity outside China remains years away because the economics favor recovery from existing aluminum streams, and those streams sit overwhelmingly inside China.
Who Bears the Costs
Semiconductor manufacturers and their customers feel the effects first. Defense contractors face longer lead times for radar components that use gallium nitride transceivers. Electric-vehicle makers and data-center operators see higher input costs for power electronics. Smaller firms without long-term contracts or recycling partnerships have fewer options than larger integrated players.
Chinese semiconductor producers, by contrast, appear to retain steadier access to domestic gallium. The same export controls that limit foreign buyers can channel material toward priority national projects in advanced chips and related technologies. That asymmetry is the practical outcome of rules written on paper as neutral licensing requirements.
Efforts to develop alternative sources continue. Several projects target gallium recovery from zinc or bauxite operations in Australia, Canada, and the United States. Extraction technology controls added by China in early 2025 complicate rapid scaling of the most efficient methods. Government funding and offtake agreements will determine whether these projects reach commercial volumes before existing stockpiles run low.
The broader lesson is that announcements of eased controls do not automatically restore previous trade patterns. Licensing backlogs, end-use reviews, and strategic calculations inside the Chinese system can keep volumes low even when formal bans are lifted. Semiconductor supply chains that depend on steady gallium flows now operate with less certainty about future availability and price.
Downstream industries are already adjusting procurement strategies. Some have lengthened inventory buffers. Others are qualifying additional suppliers or accelerating internal recycling programs. These steps cost money and time, and they redistribute rather than eliminate the underlying concentration of primary supply.
Further developments will hinge on whether licensing volumes increase in the coming months or whether enforcement priorities shift again. The material itself remains essential for specific high-performance applications where silicon alternatives fall short on speed or efficiency. Until new primary capacity comes online at scale, the practical reach of any policy change will be measured in kilograms shipped rather than in the text of the announcement.