Here’s the thing nobody wants to admit: twelve months after China tightened export controls on gallium and germanium, the West is still dangerously dependent on Beijing for the materials that power everything from semiconductors to defense systems. Sure, there’s been a recent reprieve. But calling it a solution is like calling a ceasefire a peace treaty.
The strategic calculus here isn’t subtle. China controls 98 percent of global gallium production and 60 percent of germanium. That’s not a competitive advantage. That’s a stranglehold.
The Crisis Year: 2024-2025 in Review
Let’s talk about what actually happened over the past twelve months. Spoiler: it wasn’t pretty.
China’s export controls, which escalated into a full embargo on U.S. shipments in December 2024, sent gallium prices through the roof. By May 2025, prices hit $687 per kilogram: over 150 percent above pre-control levels. That’s not a market correction. That’s a weaponized supply chain.
Germanium got hammered even harder. Exports in 2025 were almost 60 percent lower than in 2024. Think about that: an entire year’s worth of global germanium production just… disappeared from accessible markets. Japan and South Korea, supposedly U.S. allies with preferential trade relationships, reported significant disruptions and lengthy delays in obtaining Chinese export licenses.
Meanwhile, gallium exports showed slight resilience: rising from 60,880 kilograms in 2024 to 62,615 kilograms in 2025. But that’s misleading. The regional distribution shifted dramatically. South Korea received less material while Japan expanded imports. China was picking winners and losers, and the message was clear: geopolitical alignment matters more than market fundamentals.
The November Surprise: A Temporary Reprieve
In early November 2025, China suspended its export ban on gallium and germanium to the United States. The suspension runs until November 27, 2026: which, from where we’re sitting in February 2026, gives us about nine months of breathing room.
Here’s the kicker: this isn’t a policy reversal. It’s a licensing regime. Exports to the U.S. are now managed under case-by-case approval requirements rather than facing outright prohibition. That’s not market access. That’s conditional access with an off-switch.
The timing is worth noting. This suspension came as U.S.-China trade negotiations intensified around other critical minerals and strategic materials. It’s leverage, not goodwill. And it expires right before the 2026 U.S. midterm elections: which is either coincidence or Beijing’s sense of humor showing through.
Where Supply Actually Is Right Now
So where does that leave the actual supply situation in early 2026? Complicated.
For buyers, the licensing system means paperwork, delays, and uncertainty. You’re not just placing an order. You’re petitioning the Chinese government for permission to receive materials your production lines depend on. Lead times have stretched. Spot availability has become unpredictable. And price volatility remains elevated even with the suspension in place.
Gallium prices have come off their May 2025 highs, but they’re still trading well above historical averages. Germanium availability has improved marginally, though anyone who relies on steady, predictable supply is still looking at a structural deficit compared to 2023 levels.
Here’s what makes this particularly nasty: downstream manufacturers: semiconductor fabs, defense contractors, solar panel producers: are now building inventory buffers they never needed before. That’s tying up capital and creating its own demand distortions. The market isn’t normalizing. It’s adapting to permanent instability.
Alternative Supply: Too Little, Too Late?
The Western response has been predictable: announcements, funding commitments, and production timelines that stretch into the late 2020s.
Greece’s Metlen is pushing forward with a €295 million expansion targeting 50 tonnes of gallium annually by 2027. Germany’s Stade refinery plans to restart operations by 2027, adding approximately 40 tonnes per year. Kazakhstan’s Padvolar refinery is targeting 15 tonnes annually from the second half of 2026: the only near-term project on the board.
If everything goes according to plan: and industrial projects rarely do: non-Chinese production could increase by roughly 170 tonnes. That’s approximately 24 percent of current global supply. Meaningful, sure. But hardly a game-changer when China can still turn the tap off at will.
And here’s the uncomfortable reality: access to these new supplies for U.S. buyers depends on evolving trade relationships. European producers will prioritize their own clean-tech and defense sectors first. The U.S. is competing for scraps from a supply base that won’t mature for another 18-24 months at minimum.
The Germanium Problem Is Worse
While gallium gets most of the headlines, germanium deserves its own conversation. The 60 percent drop in 2025 exports represents a structural crisis that hasn’t been solved by the November suspension.
Germanium applications are heavily concentrated in fiber optics, infrared optics for defense systems, and high-efficiency solar cells. These aren’t consumer electronics where you can defer purchases. These are infrastructure and national security applications with multi-year procurement cycles.
The germanium supply crunch is already forcing design changes in some applications and shelf delays in others. According to industry sources, fiber optic manufacturers are exploring alternative materials: which means requalification processes, testing cycles, and potential performance trade-offs. That’s not innovation. That’s crisis management.
What This Really Means for 2026 and Beyond
Let’s be clear about what we’re looking at. The November 2025 suspension bought time. It didn’t solve anything.
The strategic vulnerability remains: Western economies are dependent on Chinese goodwill (or at least Chinese strategic calculations) for materials critical to semiconductors, defense, telecommunications, and renewable energy. That’s not a supply chain. That’s a single point of failure.
The clock is already ticking on the November 27, 2026 expiration. What happens then? Does China extend the suspension? Do they reimpose controls? Do they introduce new conditions or expand restrictions to other materials? Nobody knows. And that uncertainty is itself a cost: in hedging strategies, inventory management, and capital allocation.
Meanwhile, the new Western production projects are advancing, but slowly. Metlen’s 2027 timeline means we’re still 12-18 months from meaningful new supply. The Stade refinery faces similar delays. Even Kazakhstan’s Padvolar, the nearest-term project, won’t be operating at scale until late 2026 at the earliest.
That’s a needle that’s almost impossible to thread: maintaining stable supply through a conditional Chinese licensing regime while simultaneously building alternative capacity that won’t come online for another year or more. One disruption: geopolitical, technical, or regulatory: and the whole equation falls apart.
The Uncomfortable Questions Nobody’s Asking
Here’s what should be keeping people up at night: What if China decides the suspension isn’t working in their favor? What if U.S. trade policy shifts in ways Beijing doesn’t like? What if another critical minerals crisis emerges that makes gallium and germanium useful leverage again?
The fundamental power dynamic hasn’t changed. China still holds the cards. Western alternatives are still years from providing meaningful diversification. And the industries dependent on these materials: semiconductors, defense, clean energy: are still vulnerable to supply shocks they can’t absorb without major disruptions.
Twelve months after export controls intensified, the question isn’t where supply is. The question is how long that supply remains accessible, and what happens when the next geopolitical headwind hits.
Welcome to the new reality of strategic materials in an increasingly fragmented global economy. The supply is there: for now. But it’s conditional, unstable, and entirely dependent on decisions made in Beijing.
That’s not a supply chain you build critical infrastructure on. That’s a risk you manage until you can eliminate it.
