The Powder Revolution Meets the Rare Earth Race

Highlights

• Phoenix Tailings secured $500 million in U.S. government financing to advance a $1 billion domestic rare earth separation and refining facility.
• Starting in 2027, DFARS sourcing rules will restrict Chinese-origin rare earth materials in defense applications, intensifying competition for qualified non-Chinese magnets.
• Advanced powder manufacturing firms like Sandvik, Continuum Powders, and Foundation Alloy are building the industrial ecosystem that overlaps with critical rare earth material production.
• The West's critical minerals challenge has shifted from mining to building complete downstream supply chains capable of converting raw materials into engineered components at commercial scale.

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The latest edition of Metal Powder Magazine (opens in a new tab) may appear, at first glance, to be a niche industry publication focused on additive manufacturing, specialty alloys, and powder metallurgy. Look closer, however, and a larger story emerges. Across its headlines runs a common thread: the gradual construction of the industrial foundation needed to support Western rare earth independence, defense readiness, and advanced manufacturing resilience.

For Rare Earth Exchanges® readers, this matters. The race to secure critical minerals is no longer solely about mines. Increasingly, it is about the downstream capabilities that transform raw materials into powders, alloys, magnets, motors, and finished components. In that sense, the publication offers a glimpse into the next phase of the critical minerals competition.

Phoenix Tailings Signals Washington's Growing Commitment

Among the most consequential developments is Phoenix Tailings' announcement that it is advancing a $1 billion rare earth project supported by $500 million in financing from the U.S. Office of Strategic Capital (OSC). See REEx write-up on this monumental news for the “Freedom Facility.”

For readers unfamiliar with the company, Phoenix Tailings has positioned itself as a domestic producer of separated rare earth materials using alternative processing approaches designed to reduce environmental impact. Whether the company ultimately achieves commercial scale remains to be seen, but the financing itself sends an unmistakable message.

Washington increasingly views rare earth separation and refining as strategic national infrastructure.

For decades, policymakers focused on securing raw materials. Today, the emphasis has shifted toward building complete domestic supply chains capable of competing with China's dominance in processing, metallization, alloy production, and magnet manufacturing. The significance of the Phoenix announcement is therefore larger than one project. It reflects a broader policy transition from awareness to industrial action.

The 2027 Magnet Cliff Moves Closer

Another notable item in the publication highlights a reality REEx has repeatedly emphasized: the United States is rapidly approaching a mine-to-magnet reckoning. Beginning in 2027, evolving DFARS sourcing requirements will sharply restrict the use of Chinese-origin rare earth materials in many defense applications. While much attention focuses on mining, the real challenge remains farther downstream.

The bottlenecks are heavy rare earth oxide access, separation, metallization, alloy production, and magnet manufacturing.

Defense contractors, automotive suppliers, aerospace manufacturers, robotics firms, and industrial equipment producers often compete for material flowing through the same supply chains. As defense procurement becomes increasingly ring-fenced around trusted sources, competition for non-Chinese rare earth magnets and advanced materials could intensify dramatically.

The result may not be a shortage of rare earths.

It may be a shortage of qualified products.

Why Powder Manufacturing Matters More Than Ever

Several other developments highlighted in the issue reinforce an emerging trend: powder production itself is becoming strategic infrastructure.

Notable announcements include:

• Sandvik's sale (opens in a new tab) of its Osprey metal injection molding and additive manufacturing powder business.
• Continuum Powders expanding production capabilities for specialty alloys.
• CNPC Powder announcing a California-based production and R&D facility.
• Foundation Alloy raising $22 million to scale its MetalsFIRST (opens in a new tab) manufacturing platform.
• SSAB launching Armox 500 AM steel powder for defense and armor applications (opens in a new tab).

Viewed individually, these announcements may seem disconnected from rare earths.

Viewed together, they reveal a deeper transformation.

Modern defense systems, satellites, aerospace engines, hypersonic platforms, electric vehicles, and advanced robotics increasingly depend on sophisticated powder metallurgy and additive manufacturing technologies. The same industrial ecosystem needed to produce high-performance powders often overlaps with the capabilities required to manufacture advanced magnets, specialty alloys, and critical materials. In other words, the powder revolution and the rare earth race are increasingly becoming the same story.

What REEx Readers Should Watch

Three signals emerge from this month's publication. First, government-backed financing continues to accelerate. Capital is increasingly flowing toward strategic manufacturing capacity rather than raw material extraction alone.

Second, defense procurement is reshaping industrial investment decisions years before regulatory deadlines arrive. Companies are positioning now for a radically different sourcing environment in 2027 and beyond. Third, advanced manufacturing capacity—not mining capacity—is becoming the principal battleground. The companies most likely to succeed may not be those with the largest deposits, but those capable of reliably converting materials into engineered products at commercial scale.

That distinction matters. The West's challenge is no longer discovering critical minerals (although accessing heavies at scale continues to be a challenge). It is building the industrial systems required to transform them into powders, alloys, magnets, motors, and mission-critical components.

The race is moving downstream.

Did you know Rare Earth Exchanges® is developing REEx Connect? Meaning the world’s rare earth and critical mineral deal makers are going into a global database. Register today: REEx Marketplace™ (opens in a new tab)