The European Union is pushing for closer ties with Vietnam to lock down supplies of seven critical minerals and cut its reliance on China, according to internal EU documents reviewed by Reuters and reported on October 14, 2026. The push, centered on talks in Hanoi involving the European Commission and Vietnamese President To Lam, marks one of the clearest signs yet that Brussels sees Southeast Asia, not just its own mines, as the fastest route around Beijing’s grip on the materials that feed chips, batteries, and weapons. The overview of the story has already spread across multiple outlets within hours of the initial report.
What the EU Documents Actually SayThe Seven Minerals at the Center of the PushWhere Each Mineral Fits in Hardware Supply ChainsHow Vietnam Compares to Other Supplier NationsWhy China’s 2025 Export Curbs Triggered ThisGallium’s Price Spike Explains the UrgencyVietnam’s Reserves Look Big, but Processing Is the Real BottleneckThe Financial Tools Brussels Is ConsideringWashington, Canberra, and Seoul Already Have Vietnam Deals in MotionA January Joint Statement Already Hinted at ThisWhy Chipmakers and AI Hardware Builders Should CareThe Geopolitical Backdrop Is Already TenseThe Risks the EU Documents Flag InternallyHow This Fits the EU’s Broader De-Risking StrategyWhat Comes NextThe Bottom Line for Tech Buyers and BuildersFrequently Asked QuestionsRelated Coverage
The documents name tungsten, rare earths, antimony, bismuth, bauxite, gallium, and titanium as the minerals the EU wants to secure. All seven sit somewhere in the semiconductor and defense supply chain, and all seven became harder to buy after China tightened export controls in 2025. For a tech industry already strained by GPU and memory shortages, a new mineral chokepoint is the last thing hardware makers wanted to read about this week.
Industry insights, the latest tech news, and special interviews, all in the Tech Insider Newsletter.
One email a week. No spam, unsubscribe anytime.
Google · Preferred Sources
Don’t miss new tech stories on Google
Add Tech Insider once in the Google app and our stories appear in your news suggestions.
What the EU Documents Actually Say
The documents reviewed by Reuters are dated June 2026 and originate from the EU delegation in Hanoi. They argue that Vietnam’s deposits of tungsten and rare earths are too large for Europe to ignore, especially as the bloc tries to rearm and reduce dependence on single suppliers at the same time. One EU delegation document states plainly that “Considering Europe’s need to rearm and de-risk as fast as possible, the EU cannot afford ignoring Vietnam as a potential supplier of critical raw materials considering its abundant reserves in rare earth and tungsten in particular,” a framing that ties mineral policy directly to European defense planning rather than treating it as a side issue of industrial strategy.
Other EU documents go further, saying stronger engagement with Hanoi is needed to “add an alternative to China.” A European Commission spokesperson, asked about the reporting, gave a more measured public line: “The European Commission is currently assessing the potential for concrete cooperation with Vietnam in the critical raw materials sector,” a statement that confirms talks are active without committing Brussels to a specific deal. No finalized EU-Vietnam minerals agreement has been confirmed as of this report. Coverage of the shift frames it as part of a broader European effort to reduce China dependence across multiple sectors at once.
The Seven Minerals at the Center of the Push
Not all seven materials carry the same weight for the tech industry. Tungsten and rare earths get the most attention in the documents, but gallium, antimony, bismuth, bauxite, and titanium each play a narrower, more specialized role in chipmaking, defense manufacturing, and industrial production.
Where Each Mineral Fits in Hardware Supply Chains
Tungsten shows up in semiconductor wafer fabrication as contacts, interconnects, and plugs that need to survive high heat and low resistance, and it’s also used in the hard-metal tooling that cuts and drills the equipment chipmakers rely on. Gallium compounds, chiefly gallium nitride and gallium arsenide, go into power electronics, radio-frequency devices, and optical components that support data-center power conversion and networking gear, even though mainstream GPU logic stays silicon-based. Rare earths matter less for the transistor itself and more for the permanent magnets in motors and cooling systems, the lasers and optics in manufacturing equipment, and the polishing compounds used during chip packaging.
Antimony and bismuth trail further behind in volume but still turn up in compound semiconductor research, infrared sensors, and specialty materials. Vietnam’s confirmed current exports to the EU are limited to tungsten and antimony, both used in the defense sector for ammunition and explosives, which is exactly why EU officials frame this as a rearmament issue as much as a tech one. Reporting on the defense and tech angle notes that Beijing’s export curbs are the direct trigger behind the EU’s renewed interest in Hanoi.
How Vietnam Compares to Other Supplier Nations
Vietnam isn’t the only country Europe has looked at for these materials, but it’s one of the few with deposits across almost the entire list. Most alternative suppliers, including Australia and parts of Africa, tend to specialize in one or two of the seven minerals rather than covering the full basket. That breadth is part of why the EU documents single out Hanoi instead of spreading the diplomatic effort thinner across several smaller deals.
MineralPrimary Tech/Defense UseCurrent EU Import Status From Vietnam
TungstenWafer fab contacts, cutting tools, ammunitionCurrently exported to the EU
Rare earthsMagnets, lasers, optics, polishing compoundsTargeted for expanded access
AntimonyCompound semiconductors, explosives, flame retardantsCurrently exported to the EU
GalliumPower electronics, RF devices, optoelectronicsTargeted, extractable as a bauxite byproduct
BismuthSpecialty alloys, electronics materialsTargeted for expanded access
BauxiteAluminum feedstock, gallium byproduct sourceTargeted for expanded access
TitaniumAerospace and defense alloysTargeted for expanded access
Why China’s 2025 Export Curbs Triggered This
The EU documents explicitly blame Chinese export restrictions for disrupting European supply chains over the past year, and the timeline backs that up. China issued an outright export ban on gallium, germanium, and antimony aimed at the United States in December 2024, then followed in April 2025 with a licensing regime covering seven rare earths, including dysprosium, terbium, yttrium, gadolinium, samarium, lutetium, and scandium, according to a strategic-minerals briefing from the Global and Southeast Asian Institute for Strategic Studies in Hamburg.
The fallout hit fast. By May 2025, rare-earth shipments to the United States had fallen 77% year over year, shipments to Germany dropped 55%, South Korea fell 81%, and Japan declined 57%, per the same Hamburg briefing. European dysprosium and terbium prices more than doubled, and yttrium prices rose sixfold, while Chinese domestic prices for the same materials stayed comparatively stable. Gallium took the hardest hit of all: a Swedish Institute of International Affairs analysis found unwrought gallium exports sat near zero through most of 2025, with European prices up 365%. A separate review cited by The Diplomat put average price increases for restricted mineral components at 5.2% in the first three months after the curbs took hold, with gallium and antimony climbing even faster than that average.
Gallium’s Price Spike Explains the Urgency
A 365% price jump in a single year is the kind of number that moves a mineral from a footnote to a cabinet-level priority. Gallium’s scarcity is especially awkward for Europe because it has so few alternative sources outside China and because Vietnam’s bauxite deposits offer one of the only credible byproduct routes to new supply. That combination, more than any single policy document, is likely what’s accelerating the EU’s timeline on Vietnam.
MetricFigureSource
China gallium/germanium/antimony export ban to USDecember 2024GSIS Hamburg briefing
China rare-earth export licensing regimeApril 2025, 7 elements coveredGSIS Hamburg briefing
Rare-earth shipment drop to the US-77% year over year by May 2025GSIS Hamburg briefing
Rare-earth shipment drop to South Korea-81% year over year by May 2025GSIS Hamburg briefing
European dysprosium/terbium price changeMore than doubledGSIS Hamburg briefing
European yttrium price change6x increaseGSIS Hamburg briefing
European gallium price change, 2025+365%Swedish Institute of International Affairs (UI)
Average restricted-mineral price rise, first 3 months+5.2%The Diplomat
Vietnam’s Reserves Look Big, but Processing Is the Real Bottleneck
Reuters describes Vietnam as holding substantial deposits of tungsten, rare earths, antimony, bismuth, and bauxite, with gallium recoverable as a bauxite byproduct. No independently verified tonnage figures appear in the available reporting, so any specific reserve number beyond “substantial” or “abundant” should be treated with caution until a named geological authority publishes one.
The bigger problem is that geology alone doesn’t solve Europe’s supply gap. China’s leverage over these markets comes less from mining and more from refining, chemical separation, and conversion into usable industrial inputs. That’s precisely why the EU documents call for financial support aimed at Vietnam’s mining and processing industry rather than exploration alone. Without that processing capacity, a Vietnamese mine is just ore sitting in the ground.
The Financial Tools Brussels Is Considering
According to the documents, the EU is weighing a mix of loans, grants, technical assistance, and export-credit insurance to help Vietnam build out mining and processing capacity. A parallel recommendation calls for better mapping of Vietnam’s mineral resources, an acknowledgment that Brussels doesn’t yet have a clear picture of what’s recoverable and where. No specific dollar or euro figures for this support have been confirmed in the available reporting, so treat any number attached to this package as speculative until the European Commission publishes a formal proposal. A brief summary of the development places it alongside other EU moves to diversify supply away from single-country dependence.
Washington, Canberra, and Seoul Already Have Vietnam Deals in Motion
The EU isn’t the first to notice Vietnam’s potential, and that’s part of what’s driving urgency inside the documents. A 2025 plan involving entities from Australia, the United States, and Canada sought to acquire a majority stake in Masan High-Tech Materials’ tungsten operation, Vietnam’s largest, but that transaction fell apart. Separately, Australia’s Lynas Rare Earths and South Korea’s LS Eco Energy are reportedly planning to produce rare-earth metals in Vietnam using imported feedstock, a project that doesn’t depend on Vietnamese mining output at all.
The EU documents flag these allied and partner-country projects as a risk, not a reassurance. The logic in Brussels is that if Australia and South Korea build durable processing relationships with Vietnam first, Europe could end up negotiating from behind rather than helping shape the market from the start.
Country/BlocVietnam Mineral InitiativeStatus
Australia, US, CanadaProposed stake in Masan High-Tech Materials tungsten operationFell through in 2025
Australia (Lynas) + South Korea (LS Eco Energy)Rare-earth metal production using imported feedstockReported as planned/in progress
European UnionLoans, grants, technical assistance, export-credit insurance for mining/processingUnder assessment, per EU documents dated June 2026
A January Joint Statement Already Hinted at This
This isn’t the EU’s first move toward Vietnam on minerals. A draft joint statement from January 2026 already referenced cooperation on “trade and investment in goods, services, and technologies that support sustainable mining and processing,” alongside language on semiconductors and infrastructure. A related EU-Vietnam Comprehensive Strategic Partnership statement said both sides would “aim to mobilise investments and create a favourable environment by ensuring transparent regulations (including procurement regulations), predictable market access and regulatory conditions, and open procurement frameworks.” The June 2026 documents reported by Reuters build on that earlier groundwork rather than starting cold, which suggests Brussels has been laying this track for most of the year.
Why Chipmakers and AI Hardware Builders Should Care
None of these seven minerals is a drop-in substitute for silicon in a GPU die, so this isn’t a story about AI chips suddenly running out of raw material tomorrow. The real exposure sits one or two steps upstream, in the fabrication tooling, power electronics, and packaging materials that chipmakers depend on to actually build and ship hardware. Tungsten shortages hit wafer-fab tooling. Gallium shortages hit power conversion gear inside the data centers running AI workloads. Rare-earth shortages hit the motors and magnets inside cooling systems and manufacturing equipment.
That makes this story a cousin of the memory and chip-tool shortages already rattling the hardware industry this year. Readers who followed the HBM4 memory shortage that pushed prices up 117% or ASML’s warning that AI demand will keep outstripping chip-tool supply through 2028 will recognize the pattern: a narrow input becomes the constraint that slows down an entire industry’s roadmap, even when the headline chip itself isn’t the bottleneck. A commodities-market view of the same pressures shows the price volatility isn’t limited to any single mineral.
The Geopolitical Backdrop Is Already Tense
This mineral push lands against a broader backdrop of China-related friction that’s been building across the tech and geopolitics beat all year. Just last month, odds of a Taiwan travel warning jumped on Kalshi after China’s multi-sea military drills, and chipmaking itself has become a proxy battlefield, with Nvidia’s China AI chip market share dropping to 34% as Huawei’s share climbed to 28%. Minerals policy doesn’t exist in isolation from that tension. Every export restriction and every counter-move by Brussels, Washington, or Seoul reads as another data point in the same standoff over who controls the physical inputs to modern computing.
It also follows a pattern of supply-chain nervousness that’s shown up elsewhere in hardware coverage this year, including Elon Musk’s remarks on Micron memory supply spreading across six outlets and renewed attention on chip independence efforts like Microsoft’s Maia 300 chip, which claims a 40% edge over Nvidia in specific workloads. Mineral security and chip security are becoming the same conversation.
The Risks the EU Documents Flag Internally
Even inside Brussels’ own paperwork, the plan comes with caveats. The documents cite a lack of transparency about the extent of Chinese involvement in Vietnam’s mining and processing sector, which complicates any claim that a Vietnamese supply chain would be fully independent of Beijing’s influence. They also point to regulatory and political hurdles inside Vietnam, plus what the documents describe as Vietnam’s economic nationalism, including technology-transfer requirements that foreign investors would likely need to accept as a condition of access.
None of that kills the plan, but it does explain why the European Commission’s public language stays cautious. “Assessing the potential for concrete cooperation” is the language of an institution that knows a deal is not close to finished.
How This Fits the EU’s Broader De-Risking Strategy
The Vietnam push sits inside a wider EU effort to reduce dependence on any single supplier for raw materials that feed chips, batteries, and defense manufacturing. Brussels has spent the past few years building out a broader critical-raw-materials framework aimed at diversifying import sources, growing domestic extraction and recycling capacity, and reducing exposure to any one country’s export decisions. Vietnam is the latest country being pulled into that framework, following the same rearm-and-de-risk logic that’s shaped EU industrial policy since Russia’s invasion of Ukraine reshaped Europe’s view of supply-chain dependency.
What’s different this time is the explicit defense framing. Earlier critical-minerals diplomacy tended to lean on green-energy and semiconductor language. These documents lean on rearmament, which tells you how much Europe’s mineral strategy has shifted since the continent started rebuilding its defense-industrial base in earnest.
What Comes Next
A few things are worth watching over the coming months. First, whether the European Commission moves from “assessing” to a formal proposal with actual funding figures attached, likely tied to the bloc’s critical-raw-materials diplomacy push. Second, whether Vietnam’s government responds publicly to the EU’s interest, given Hanoi’s history of playing competing foreign investors off each other to extract better terms. Third, whether the Lynas-LS Eco Energy project produces enough rare-earth output to change the competitive calculus before the EU gets its own arrangement off the ground.
Also worth tracking: whether China responds to the EU-Vietnam courtship with its own counter-pressure on Hanoi, given how central Vietnam has become to multiple countries’ de-risking strategies at once. And finally, whether chipmakers and hardware vendors start referencing mineral-supply risk directly in earnings calls the way they’ve started referencing memory and chip-tool shortages, which would be the clearest signal yet that this story has moved from policy document to balance-sheet concern.
The Bottom Line for Tech Buyers and Builders
Nobody should expect a finished EU-Vietnam minerals pact this quarter, and nobody should expect gallium or tungsten prices to snap back to pre-2025 levels just because talks are underway. What this reporting confirms is that Europe now treats mineral access as seriously as it treats chip access, and that Vietnam has become a focal point for at least four separate blocs chasing the same reserves. For an industry already juggling HBM4 shortages, chip-tool bottlenecks, and a widening US-China chip rivalry, that’s one more supply line worth watching closely through the rest of 2026.
Frequently Asked Questions
What minerals is the EU seeking from Vietnam?
Tungsten, rare earths, antimony, bismuth, bauxite, gallium, and titanium, according to internal EU documents reviewed by Reuters and dated June 2026.
Has the EU and Vietnam signed a final minerals agreement?
No. The European Commission has said only that it is assessing the potential for cooperation. No finalized agreement has been confirmed as of this report.
Why does this matter for the chip and AI hardware industry?
Tungsten, gallium, and rare earths feed into wafer-fabrication tooling, power electronics, and the magnets and optics used in chip manufacturing and data-center equipment, even though none of them substitute directly for silicon in a GPU die.
What triggered the EU’s urgency on this issue?
China’s export restrictions in 2025, including a December 2024 ban on gallium, germanium, and antimony exports to the US and an April 2025 licensing regime covering seven rare earths, which the EU documents say disrupted European supply chains.
Does Vietnam currently export these minerals to Europe?
Vietnam’s confirmed current exports to the EU are limited to tungsten and antimony, both used in the defense sector for ammunition and explosives.
Are other countries also pursuing mineral deals with Vietnam?
Yes. Australia, the US, and Canada previously attempted a joint stake in Vietnam’s largest tungsten operation before the deal fell through in 2025, and Australia’s Lynas Rare Earths is reportedly working with South Korea’s LS Eco Energy on a separate rare-earth production project in Vietnam.
What financial support is the EU considering for Vietnam?
The documents mention loans, grants, technical assistance, and export-credit insurance aimed at Vietnam’s mining and processing industry, along with improved mapping of Vietnam’s mineral resources. No specific funding figures have been confirmed.
What risks does the EU itself flag in these documents?
A lack of transparency about Chinese involvement in Vietnam’s mining sector, Vietnamese regulatory and political hurdles, and what the documents call Vietnam’s economic nationalism, including technology-transfer requirements for foreign investors.
Related Coverage
Nadia Dubois
AI & Innovation Editor
The Tech Insider Newsletter
Industry insights, the latest tech news, and special interviews, every week.
One email a week. No spam, unsubscribe anytime.