The 99% Monopoly: The Chip Metal America Cannot Buy
How China Weaponized a Byproduct Nobody Noticed Until It Was Too Late
By Shanaka Anslem Perera
29th December 2025
I. The Filing Cabinet That Controls American Air Superiority
Somewhere in Beijing, inside the Ministry of Commerce headquarters on Chang’an Avenue, there exists a filing cabinet. It contains export license applications for gallium. In 2024, every single application from American companies went into that cabinet. None came out. Not one kilogram of gallium was approved for direct export to the United States during the entire duration of the ban.
This is not a metaphor.
Between December 3, 2024 and November 9, 2025, China maintained an absolute embargo on gallium exports to America. The official language was bureaucratic. The effect was strategic suffocation. The filing cabinet became a kill switch for the most critical material in modern warfare and next-generation electronics.
The United States produces zero gallium. Not “nearly zero.” Not “minimal domestic production.” Zero.
The last American facility to recover primary gallium closed in 1987. That was thirty-eight years ago. Ronald Reagan was president. The Berlin Wall still stood. The internet did not exist. And the decision-makers who allowed this dependency to calcify assumed, as decision-makers always assume, that global markets would provide.
Global markets did not provide. Beijing did.
On November 9, 2025, following a high-stakes summit between Presidents Xi and Trump, China announced a suspension of the ban. The world’s financial press reported this as “de-escalation.” The semiconductor industry exhaled. Hedge funds unwound their most extreme positioning. The narrative crystallized instantly: crisis averted, supply restored, capitalism triumphant.
That narrative is catastrophically wrong.
The suspension expires on November 27, 2026. The licensing requirements remain intact. Military end-users in the United States remain permanently prohibited from receiving Chinese gallium. The filing cabinet has not been abolished. It has merely been emptied temporarily while Beijing decides what price it wishes to extract next.
This is not a return to normal. This is a demonstration of capability.
China has proven it can shut off the supply of the foundational material for F-35 radar systems, Patriot missile defense, 5G infrastructure, and electric vehicle power electronics with a single administrative action. It has proven it can resume that supply with a single announcement. And it has established a precise deadline by which America must either capitulate, diversify, or accept permanent strategic vulnerability.
The arithmetic is merciless. Non-Chinese gallium capacity cannot reach meaningful scale before 2028 at the earliest. The suspension expires in 2026. The gap between those dates represents the Zone of Maximum Danger for American technological sovereignty.
When historians examine how the United States lost its semiconductor independence, they will not point to a single catastrophic failure. They will point to four decades of accumulated neglect, a byproduct paradox that made market solutions impossible, and a strategic adversary that understood the value of a metal most American policymakers could not pronounce.
The 99% monopoly is not merely a supply chain vulnerability. It is a permission slip. China now controls who gets to build the future.
II. The Monopoly Mechanics: What 99% Actually Means
The statistics require confrontation because they represent something unprecedented in the history of strategic materials.
China accounted for 99% of worldwide primary low-purity gallium production in 2024. The United States Geological Survey publishes this figure in its annual Mineral Commodity Summaries with the clinical detachment of bureaucratic documentation. But clinical documentation should not obscure civilizational significance. This concentration exceeds OPEC’s control of oil at the cartel’s absolute apex of power. It exceeds China’s dominance of rare earth elements, which has generated years of anxious commentary and policy reports. It exceeds any single-country mineral concentration in modern industrial history.
The global production breakdown reveals the scale of the imbalance. In 2024, world primary low-purity gallium output reached approximately 760,000 kilograms. China produced 750,000 of those kilograms. Russia contributed 6,000. Japan provided 3,000. South Korea added another 3,000. Everyone else combined produced functionally nothing.
The United States appears in this accounting as a blank line. A zero. A dependency so complete that the USGS must note, with bureaucratic precision, that America “is entirely import-reliant for all gallium used domestically.”
But the production figures actually understate Chinese control because they describe only current output, not potential capacity. The USGS World Minerals Outlook adds a crucial dimension: China represents 98% of global production but approximately 87% of global capacity. Non-Chinese capacity exists. It is simply not operating.
This distinction illuminates the nature of the monopoly. Western aluminum smelters and zinc refineries theoretically possess the infrastructure to recover gallium. The circuits could be installed. The chemistry is well-understood. But these facilities sit idle because a decade of Chinese industrial policy made gallium recovery uneconomical everywhere else. Beijing subsidized aluminum smelting, crashed global prices, drove Western competitors into bankruptcy or retreat, and mandated that Chinese refineries install gallium capture circuits even when the economics appeared marginal.
The result is a control surface rather than a mere production advantage. China does not simply produce the most gallium. China determines whether anyone else can economically justify producing gallium at all. When Beijing restricts exports, it simultaneously raises prices for non-Chinese material and demonstrates that those elevated prices will collapse the moment restrictions are lifted. This dynamic creates a permanent threat that deters investment in alternative supply.
The 2025 suspension illustrates this mechanism with painful clarity. When the ban ended, gallium prices immediately softened. Investment committees at Western mining and refining companies began questioning whether expensive gallium recovery projects could achieve positive returns if China might flood the market at any moment. The very act of demonstrating mercy contained an implicit threat: diversification will be punished.
The dominance extends beyond primary extraction into high-purity refining, the process that transforms raw gallium into semiconductor-grade material. Known refiners include operations in China, Japan, Slovakia, Canada, and the United States. But non-Chinese refiners depend on imported primary feedstock. Without access to raw gallium, their sophisticated facilities become industrial archaeology.
The ban exposed this vulnerability immediately. American refiners like Indium Corporation possess the technical capability to produce 99.9999% purity material suitable for advanced semiconductors. But capability without feedstock is capacity without function. These facilities drew down inventories throughout 2024, scrambled for recycled material, and watched helplessly as the filing cabinet in Beijing remained closed to their suppliers.
The United States had constructed a supply chain where the most critical step occurred entirely within a single geopolitical adversary’s borders. This was not a secret. The USGS had documented the dependency for years. Congressional Research Service reports had flagged the risk repeatedly. Think tanks had published warnings with increasing urgency. And still the dependency deepened, because markets optimize for efficiency rather than resilience, and efficiency pointed toward the cheapest supplier regardless of strategic implications.
Germany understood this dynamic and exited primary gallium production in 2016. Kazakhstan ceased operations in 2013. Hungary shut down its facilities. Ukraine’s output collapsed to zero after 2022 for reasons unrelated to gallium but illustrative of how geopolitical disruption propagates through supply chains. The exodus was driven by pure economics: Chinese production was cheaper, Chinese capacity was expanding, and the marginal return on gallium recovery could not justify the operational complexity.
What the departing Western producers did not anticipate, or perhaps did not care about, was that their exit granted Beijing something more valuable than market share. It granted Beijing a monopoly so complete that the distinction between commercial advantage and strategic weapon dissolved entirely.
The 99% figure now functions as a ceiling on American technological independence. Every F-35 radar, every 5G base station, every fast-charging station for electric vehicles, every advanced power converter in data centers depends on material that China can deny with administrative action. The permissioning structure of modern technology passes through that filing cabinet on Chang’an Avenue.
This is not a commodity market. This is an allocation regime.
III. The Byproduct Paradox: Why You Cannot Mine More Gallium
The most sophisticated analysts in Washington and Brussels and Tokyo share a common misunderstanding about gallium supply. They assume, because they have been trained to assume, that price signals cure shortages. If gallium becomes expensive, producers will increase output. If producers increase output, prices will stabilize. If prices stabilize, markets will clear efficiently. This is the catechism of economic orthodoxy.
Gallium breaks this catechism.
