u/Complete-Plum1021

"The global rare earth market is now bifurcating—and perhaps trifurcating"

• Core Shift: As deglobalization fractures critical mineral supply chains, the global rare earths market is bifurcating away from unified Chinese spot pricing toward distinct domestic, export, and regional market tiers.
• Strategic Implication: The definition of "price" itself has changed—material is no longer valued purely on lowest unit cost, but on local physical availability, legal transportability, and compliance with Western security-of-supply mandates.

A black swan is something that is outside of the prevailing realm of expectations. And, when it occurs, it has enormous consequences. Black swans also tend to rake up a lot of Monday-morning quarterbacks. “Well, obviously this was going to happen” may be overheard frequently- in the near future, but after the black swan events have come and gone. At the time of their occurrence, however, they are revolutionary and unforeseen.

In the case of scandium, these 15-tonne black swans are the matches- latent demand is the fuel. Latent demand is demand that exists in theory, but doesn’t necessarily show up due to a variety of constraints. Maybe everyone wants that thing, but that thing is not readily available. The supply is intermittent or unreliable. Maybe everyone wants that thing, but it’s illegal. Actual purchases of that thing might be incredibly small, but misrepresent the demand by several orders of magnitude. Remove a single constraint (like creating reliable supply) and the latent demand begins to reveal itself. The demand and number of transactions and value of those transactions in that new market are likely to exceed any previous estimates that were based on the outdated reality as a baseline. It’s not a bigger market than existed previously. It’s a fundamentally new market. I believe that the agreement between Lockheed Martin and Sunrise Energy Metals, and the MOU between Lockheed Martin and NioCorp Developments, are black-swan-scale signals revealing the latent demand for scandium- and a preview to an entirely new market forming in front of us.

In October of 2025, Lockheed Martin and Sunrise Energy Metals announced an agreement granting Lockheed the option to purchase the first 15 tonnes per year of scandium oxide produced during each of the first five years of mining operations. That was the first black swan. In August of 2026, Lockheed Martin and NioCorp Developments issued a non-binding MOU regarding the potential purchase of up to 15 tonnes of scandium oxide per year, in either oxide form or the form of aluminum-scandium alloys, over the next ten years. That was the second black swan. There needn’t be a third.

These agreements have yet to take their final form. These are not guaranteed purchases. We don’t know, and Lockheed Martin may not know, exactly how much scandium oxide they are likely to need. Skunk Works has said it appreciates NioCorp's work establishing a domestic source of scandium oxide and Al-Sc alloying capabilities and will continue evaluating that supply as part of its broader alloy-development efforts. Separately, the Pentagon-funded NioCorp/Skunk Works program is designed to produce prototype Al-Sc components intended to expand the capabilities of modern fighter aircraft. Al-Sc alloys can improve strength, weldability and joint performance, corrosion resistance, fatigue performance, microstructural and thermal stability, and additive-manufacturing behavior. Those properties can in turn enable lighter, more integrated structures and cascading manufacturing benefits. If Lockheed moves from today's alloy/component-development work into broader deployment, it is difficult to imagine it doing so without first establishing reliable scandium supply. You might say, "So what? Lockheed Martin may start using more scandium, and they might buy it from reliable, Western sources. That is great for scandium producers, but it is not transformational. The agreements aren’t even guaranteed demand.” You would be correct.

The size is the signal. The size is the swan.

The US Geological Survey estimated that 2025 global consumption of scandium oxide was about 60 tonnes. The United States, which is fully import dependent, is estimated to have imported about 4 tonnes of scandium oxide in 2025. 4 tonnes. That’s it.

Yet, Lockheed Martin just made public that they want the option to buy up to 15 tonnes per year from Sunrise. They didn’t pull these numbers out of thin air. They didn’t call the restaurant to book a table of 40, just in case, if they think they may only be a table of 4. They didn't publicly discuss tables of 40 with two separate restaurants if they believed there was no realistic scenario in which they would ever need anything remotely approaching that scale. Lockheed and Sunrise are cooperating not simply around future supply: they are testing and performing qualification work intended to accelerate adoption of scandium-containing components in Lockheed product platforms. Lockheed is pursuing a parallel—but even more downstream-oriented—relationship with NioCorp. Less than ten months after the first black swan, the second black swan came in and corroborated the first. Lockheed Martin tells the world that they have interest in potentially purchasing up to 15 tonnes per year from NioCorp. These aren’t guarantees to buy. It isn’t 30 tonnes per year already sold. It is the world's largest defense contractor publicly contemplating 15-tonne-per-year-scale scandium supply arrangements with two separate Western-aligned projects. The size and the source are the signals. Double-digit scandium agreements are not completely without precedent: NioCorp previously signed a conditional commercial sales agreement with Traxys covering up to 12 tonnes per year. But Traxys was a metals marketer. Lockheed is an end-user simultaneously involved in developing and qualifying Al-Sc defense applications. That makes these 15-tonne figures fundamentally different.

We don’t know how much Lockheed will ultimately purchase each year. What if it is only 10 tonnes per year? If it were only 10, they would be purchasing 2.5x what the entire U.S. imported last year. What if it is 20 tonnes per year? Lockheed is spending real time and resources developing two Western-aligned scandium supply and qualification pathways. My interpretation is that it is helping establish the market and supply infrastructure in advance, so that it can have reliable access. I believe they are spending their resources to build the market, so that they get to be the first ones in line. They should want to be first in line, because if you think you might need 20 tonnes per year, if global production sits at an estimated 80 tonnes per year, or even 200 tonnes per year- you need to be at front, or near it. Importantly, the two 15-tonne ceilings may ultimately be additive, partially additive, or simply provide sourcing redundancy; the public agreements do not tell us. However, it doesn’t look like they are changing the market. They are helping to build it, so that they are positioned to have reliable access to it.

How much will Northrop Grumman want? SpaceX? RTX? What about our allied defense primes? How much will be designed into the rapidly expanding drone industry? What about Boeing and Airbus? Do they want some lighter and stronger materials? Scandium’s benefits have the ability to penetrate into semiconductor manufacturing, the automotive industry, additive manufacturing, space, rail, marine and shipbuilding. Sunrise plans to produce 60 tonnes per year and get to production in 2028. NioCorp plans approximately 100 tonnes per year; CEO Mark Smith has said that, if everything goes well, the company could begin partial production in late 2029 and achieve a full year of production in 2030.

I have read concerns that when all this supply finally comes onto the market, it’s going to crush the prices and these company’s valuations. I think that is misguided. The question isn’t- will the demand exist for 200-300 tonnes per year IF these projects come online? I believe the question should be- will there ever be any leftover after the defense primes and space industry get what they want? Will it all be reserved well before it’s pulled out of the ground? If it is index priced, will industries that are less price sensitive be the only ones able to afford it- defense, space, specialty aerospace? How much supply will we need to get prices low enough to penetrate further into semiconductors and additive manufacturing? IF price is ever low enough, the two potentially enormous sources of demand could be waiting right there to provide the market floor- commercial aerospace and automotive. We hear a lot about price floors today. They are very important, and may be very critical to getting a huge variety of REE and critical minerals projects off the ground. In the case of scandium? In a few years, we may need to start talking about price ceilings.

Entirely my own opinions and speculation- based on a few key facts and the relationships I see between them. Not financial advice. Do your own DD.

 p.s. Sunrise’s Syerston project is much less capital intensive. Sunrise’s ability to get to production faster, may be an incredible boon for NioCorp’s downstream, high-margin, valuation optionality- NAMA. NAMA may be able to accelerate their demand creation and supply build-out by having potential access to Western, reliable scandium oxide well before Elk Creek is producing its own. This isn’t guaranteed, and they will likely, ultimately become competitors down the road. There is no disclosed agreement between the two. However, Sunrise’s Lockheed partnership and OSC conditional loan commitment are not negatives for NioCorp, in my opinion. This isn’t a zero sum game right now, not even close. We haven’t even gotten close to seeing how big the game is. The 2022 NioCorp DFS used $3,675/kg as the selling price for scandium oxide. That price was based on 2019 product pricing. I look forward to the update.

In an unverified report, Hunter Capital establishes a short on Bloom and long scandium producers including NioCorp. Volume spiked in NB along with short term call options. Stay tuned

https://greenmet.com/news/greenmet-announces-150-million-private-investment-to-develop-rare-earth-processing-hub-in-west-virginia/

Well it is official. Ucore has filed a shelf Prospectus to raise capital funds up to $250 Million.
Don’t glaze over this, there are a ton of bullet comments about forward looking statements and literally bullet list the grievances and grips of this board. Somebody’s been reading, listening. Pages 8&9

My read is they are planning for a broad mix of securities to raise funds - shares, debt, convertibles, private arrangements, etc. They have built a moat of possibilities to give themselves room to maneuver, split the fund raising into a series of stages (groups), terms, price rates, timeframes that solve their financial concerns for Louisiana.

And the white canvas prospectus will give themselves room the RapidSx firepower to then announce those deals we’ve been waiting for…

Read it thoroughly https://www.sedarplus.ca/csa-party/records/document.html?id=c7fb53497097d6d7c863a1057406b29f66c19945b5974d8d79f494b36b392e99

Very Bullish, ya think?

Might be a pump day tomorrow with today’s action being noticed, hence the article here.

Plus the US market buyers back, and an interview with InvestorsNews at 9:30 am eastern.
t tomorrow

Scandium is still being withheld from the U.S. by China, making domestic supply chain development a national security priority.  The U.S. and allied Al-Sc ecosystem is advancing in clear, deliberate phases:

1. Near-term – Bridge Supply (Rio Tinto)
   In September 2025, the U.S. Defense Logistics Agency (DLA) awarded Rio Tinto a sole-source contract (up to $40 million) to supply 6.4 tonnes of scandium oxide over 5 years for the National Defense Stockpile.  Rio Tinto’s Québec facility currently produces ~3 tonnes per year (tpy) and is expanding toward ~9 tpy.  This serves as critical interim/bridge material while larger domestic production is developed.

2. Downstream Momentum – Already Active
   NioCorp is not sitting idle waiting for its own mine.  It is actively participating in the supply chain today:

October 2025: IBC Advanced Alloys successfully cast 0.2% Al-Sc alloy ingots.

October 2025:  Lockheed Martin Skunk Works partnership announced to develop prototype Al-Sc components for fighter aircraft (funded by $10M DoD Title III).

December 2025:  NioCorp acquired FEA Materials assets and IP for direct production of 2–4% Al-Sc master alloy.

Ongoing:  NioCorp is currently supplying Al-Sc master alloy for the UK’s Project PIVOT consortium (Aston Martin, Sarginsons, Brunel University, etc.) for lightweight recycled Al-Sc automotive castings.

3. Upstream Anchor – The Game Changer
   Elk Creek mine portal construction started in February 2026.  When fully financed and operational (targeted 2H 2029), it is planned to produce ~104 tpy of scandium oxide — roughly 10–11x Rio Tinto’s expanded output and a true game-changer for Western supply.

Core Thesis
Rio Tinto’s bridge supply and the current downstream work (Lockheed prototypes + Project PIVOT) are important steps that help de-risk qualification and build early momentum.  However, pieces such as Al-Sc Master Alloy (2–4%) production and Al-Sc 0.2% ingot production must scale to commercial levels by the time the Elk Creek mine comes online in 2H 2029.  There is still no credible large-scale U.S. or allied Al-Sc industrial supply chain without Elk Creek delivering ~104 tpy of scandium oxide at scale.  The real sequencing challenge will be ensuring these midstream and downstream processes are fully scaled and qualified in the next 3–3.5 years so that downstream adoption does not get too far ahead of — or lag behind — primary domestic supply.  This is why successfully financing and building the Elk Creek mine remains the primary value driver for NioCorp and for genuine U.S. supply chain security.

Original Article: https://www.juniorstocks.com/brussels-steps-up-industrial-defense-with-multi-nation-critical-mineral-vault

Brussels drops the polite diplomacy to build a multi-billion-euro vault against Beijing’s export curbs, but can physical buffers outrun domestic red tape?

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Europe has finally decided that relying on a single geopolitical rival for the building blocks of its entire modern economy is a bad strategy. For years, Brussels watched with growing anxiety as Beijing casually tightened its grip on global supply lines through strategic export curbs.

Now, the European Union is dropping the polite diplomacy and planning to build its very own vault of critical minerals. It is one of the bloc's most concrete steps to shield its economy from supply disruptions that could easily freeze manufacturing, cripple military readiness, and stall the green energy transition.

By establishing a coordinated, multi-nation stockpile, Western allies are actively shifting away from purely market-driven procurement models toward an era of aggressive, state-directed industrial defense. As European Commission President Ursula von der Leyen recently emphasized, "In this global race for the materials our industries need the most, RESourceEU is an engine of our industrial sovereignty. A cornerstone of Europe's economic security."

At the heart of this strategy is a carefully curated shortlist targeting tungsten, rare earths, and gallium for the initial joint reserve. Insiders familiar with the matter indicate that magnesium is also sitting high on the priority list, while germanium and graphite are strongly expected to make the final cut.

Except for magnesium, every single one of these materials occupies a slot on NATO’s list of elements deemed absolutely vital to defense production. They serve as the invisible backbones for everything from advanced missiles and fighter aircraft to everyday smartphones and electric vehicle motors.

Market analysts like Jack Neill have pointed out the absolute necessity of these specific choices. "China dominates about 98% of gallium production, so unless there's a shift in technology or companies reclaim it from waste streams, it belongs on the list," Neill observed. "If a material is dominated by one unfriendly supply country, it belongs on the list."

Finding a place to secure millions of tons of these highly sensitive industrial ingredients requires serious infrastructure. Because of this, the EU is already deep in talks with the Port of Rotterdam Authority, Europe’s largest maritime gateway, to coordinate specialized storage arrangements and secure the continent's raw material goals.

This logistical scramble underscores a broader Western realization that the old free-market playbook is entirely useless when your primary supplier writes the rules. China currently holds a near-monopoly on the processing capacity of these strategic resources, leaving the EU to import an astonishing 93 percent of its permanent wind turbine magnets from Chinese suppliers.

The threat of Beijing weaponizing this economic leverage has forced an unprecedented level of cooperation among Western allies. It recently prompted U.S. Secretary of State Marco Rubio and EU Trade Commissioner Maroš Šefčovič to sign a sweeping memorandum of understanding to explore border-adjusted price floors and targeted subsidies.

But Brussels is also turning its gaze inward to enforce compliance. EU Industry Commissioner Stéphane Séjourné has taken a notably aggressive stance on corporate procurement habits, warning that "companies also need to reevaluate their risk and stop buying 100% Chinese."

Séjourné made it clear that if voluntary diversification fails, the bloc is prepared to wield a heavier hand, stating, "We would force European companies legally to diversify their sources of supply."

Yet, filling up a warehouse in the Netherlands is highly practical, but Europe still has to grapple with the painful reality of its own domestic mining sector. Bureaucratic inertia and lengthy permitting delays continue to choke local projects before they can even break ground.

The European Court of Auditors recently highlighted this exact vulnerability. Keit Pentus-Rosimannus bluntly stated, "Without critical raw materials, there will be no energy transition, no competitiveness, and no strategic autonomy. Unfortunately, we are now dangerously dependent on a handful of countries outside the EU... The EU may be trapped in a vicious circle."

This regulatory slow-rolling has left industry insiders highly cynical. European industry executive Stefan Scherer went so far as to say that "the EU might as well apply to be a province of China, so little is being done in practice to cut reliance."

A textbook example of this friction is Euro Manganese (TSXV:EMN), which has run into persistent local bottlenecks with its flagship Chvaletice manganese development in the Czech Republic. Despite receiving a prestigious Strategic Project designation under the EU’s Critical Raw Materials Act, the project has faced prolonged delays tied to grid access and slow national legal integration.

Meanwhile, commercial operators outside of China are racing to scale up and capture this newly guaranteed Western demand. Mining companies like Almonty Industries (TSX:AII), which is developing the massive Sangdong tungsten mine in South Korea alongside its operating assets in Portugal and Spain, are finding themselves directly in the spotlight as defense procurement teams seek non-Chinese materials.

On the rare earths front, Neo Performance Materials (TSX:NEO) has been rapidly advancing its heavy rare earth separation capabilities right on European soil via its specialized facilities in Estonia.

With planning groups led by Germany, France, and Italy pushing to finalize the institutional architecture of the stockpile, and France advocating for a permanent secretariat to ensure the project outlasts rotating political cycles, the pieces are moving. Whether Europe can build these physical buffers fast enough to outrun further geopolitical trade restrictions remains the ultimate multi-billion-euro question.

Sources

1. Reuters / Mining Weekly: "EU shortlists tungsten, rare earths for first stockpile to curb China reliance" (Published May 20, 2026)
2. Devdiscourse Business: "UPDATE 2-EU shortlists tungsten, rare earths for first stockpile to curb reliance on China" (Published May 20, 2026)
3. Global Banking & Finance Review: "US, EU Deepen Critical Minerals Cooperation Amid China Supply Risks" (Published April 24, 2026)
4. European Court of Auditors: Special Report on EU Critical Raw Materials Strategy (2025/2026 Data)
5. European Commission: Briefing on the RESourceEU Action Plan and Industrial Diversification Mandates (2025/2026 statements)
6. Critical Minerals Institute Watchlist: Market Analysis and Expert Commentary on Gallium Monopolies (2026)

Original Article: https://www.juniorstocks.com/inside-the-trump-xi-pact-accelerating-u-s-critical-mineral-dominance

How a historic bilateral agreement is shattering processing bottlenecks and fueling an American rare earth renaissance.

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Washington and Beijing just rewrote the rules of the global supply chain, and the mining sector is suddenly sitting on a goldmine, or rather, a neodymium mine.

On May 17, 2026, President Donald J. Trump and Chinese President Xi Jinping finalized a sprawling bilateral agreement in Beijing that touches everything from Middle East security to agricultural exports. But hidden beneath the diplomatic handshakes is a monumental breakthrough for the tech and defense industries: China has officially agreed to address U.S. supply chain shortages for critical minerals and lift prohibitive restrictions on the sale of rare earth processing equipment and technologies.

For years, the United States has been in a high-stakes, expensive race to build an independent supply chain for the essential materials that power electric vehicles, military hardware, and modern electronics. The bottleneck has rarely been finding the metals in the dirt; it has been refining them without a permission slip from across the Pacific. China’s historical stranglehold on processing technology left American and allied companies jumping through massive operational hoops. By easing restrictions on crucial elements like yttrium, scandium, neodymium, and indium, this new agreement drastically lowers the barrier to entry and capital expenditure requirements for domestic producers.

The market implications are profound for companies pushing to localize the critical minerals supply chain. Industry heavyweights like MP Materials Corp. (NYSE: MP), the largest producer of rare earth materials in the Western Hemisphere, stand to benefit directly from reduced friction in securing advanced processing technology. Similarly, USA Rare Earth Inc. (NASDAQ: USAR) is perfectly positioned to accelerate its domestic mining and magnet manufacturing operations by tapping into previously restricted equipment. Because the agreement explicitly singles out scandium, it also serves as a massive operational tailwind for NioCorp Developments Ltd. (NASDAQ: NB), a company aggressively targeting the mineral at its Elk Creek project in Nebraska.

The ripple effects extend across the broader resource sector. Companies juggling dual roles, such as uranium and rare earth processor Energy Fuels Inc. (NYSE American: UUUU), will find the eased supply chain restrictions vital for scaling up their domestic carbonate production. Innovators focused on raw extraction for the electrification market, like American Resources Corporation (NASDAQ: AREC), alongside deep-sea battery metals pioneer TMC the metals company Inc. (NASDAQ: TMC), are suddenly operating in a significantly de-risked geopolitical environment. Even highly specialized producers like United States Antimony Corp. (NYSE American: UAMY), which supplies a vital defense and energy mineral historically dominated by Chinese refining, are catching a major break as global trade channels stabilize.

While establishing the newly minted U.S.-China Board of Trade to manage these shifting economic dynamics will undoubtedly take time, the immediate takeaway for investors is crystal clear: the path to an American-led critical mineral renaissance just got a lot smoother.

Source: The White House Fact Sheet, “President Donald J. Trump Secures Historic Deals with China, Delivering for American Workers, Farmers, and Industry” (May 17, 2026).