Breaking the “Missing Middle”: How Western Companies Are Re-Engineering America’s Critical-Materials Backbone

The United States possesses abundant mineral deposits, yet ores often travel thousands of miles abroad before returning as finished components — especially rare-earth magnets and battery-grade metals that power electric vehicles, wind turbines, and advanced electronics. Today, all intermediate processing steps — from metallization to magnet pressing and from raw cathode metals to battery-ready precursors — occur overseas. That concentration creates a single point of supply risk and amplifies costs, transit times, and carbon footprints. 

“If your processing chain depends on a single foreign chokepoint, you don’t really have a supply chain — you have a supply risk,” notes Dr. Erik Eschen, CEO of VAC. His observation underscores a growing push to rebuild mid-stream capabilities on U.S. soil. 

Turning Strategy into Steel, Powder, and Product 

From neodymium-iron-boron magnets for electric drivetrains to high-purity intermediate cobalt and nickel precursors for next-generation batteries, a growing cadre of Western manufacturers is rewriting the critical-materials playbook. Innovative firms such as VAC ​​​​and Blue Whale Materials are investing big dollars in stateside facilities that melt, refine, recycle, and machine these critical inputs into ready-to-use components. The result is a leaner, more transparent value chain that slashes transit times, anchors skilled jobs at home, and gives automakers, wind-turbine producers, battery materials manufacturers, and aerospace primes a domestic alternative to long-distance supply lines. In short, U.S. companies are turning the “missing middle” of critical-materials processing from a strategic vulnerability into a competitive advantage. 

VAC is investing more than $500 million to construct a 500,000 square foot neodymium-iron-boron (NdFeB) magnet facility in Sumter County, South Carolina. Supported by a federal award, the plant will localize metal making, strip casting and precision magnet making under one roof. When production starts in late 2025, the site will deliver rare earth magnet solutions ready for electric-drive motors, wind turbines, and high-performance aerospace systems — compressing a 13,000-mile logistics chain to roughly 85-acres. 

VAC’s vertically integrated model reduces lead times for automakers and industrial OEMs striving to meet new domestic-content guidelines. By condensing historically separate processing stages into a single campus, the company demonstrates that advanced magnetics can once again thrive in the United States. 

Closing the Loop on Battery Metals 

At its Bartlesville, Oklahoma campus, Blue Whale Materials (BWM) transforms end-of-life EV packs and manufacturing scrap into Blacksand™, a dry, high-purity mixed-metal precursor rich in cobalt, nickel, and lithium. The proprietary process recovers up to 98 percent of critical metals while minimizing contaminants, creating a ready feedstock for downstream refiners. 

A newly secured $55 million grant will triple Bartlesville’s capacity to 50,000 tons of feedstock—enough critical minerals for approximately 100,000 electric vehicles each year. Partnerships with Call2Recycle’s national collection network and others ensure a steady inbound flow of batteries, advancing a circular-economy model that resonates with manufacturers and sustainability-focused investors alike. 

“Every pound of Blacksand we produce means fewer raw ores shipped overseas and more high-value processing jobs kept here at home,” says Robert Kang, BWM’s CEO. 

Two Paths, One Goal: Re-Balancing the Value Chain 

VAC and Blue Whale attack the same vulnerability from different angles: 

Together, the two companies shorten supply lines, increase transparency, and provide domestic manufacturers with reliable, high-quality inputs. 

Economics That Stand on Their Own 

Reshoring mid-stream processing is more than a risk-mitigation exercise; it can be good business. Shorter logistics chains cut freight expenses, shrink working-capital needs, and reduce scope-3 emissions.  

Market analysts estimate that domestic magnet and battery-metal processing could unlock $15 billion in additional U.S. value-added output by 2030 and create thousands of skilled jobs in states such as South Carolina and Oklahoma. For companies balancing cost, sustainability, and supply assurance, locally sourced intermediate materials increasingly offer a competitive edge. 

The Road Ahead 

Even at full capacity, the projects at Sumter County and Bartlesville will supply only a portion of future demand. Yet, they prove that world-class processing expertise can take root in the United States and expand when policy, private capital, and community support align. 

As Dr. Eschen concludes, “We’re demonstrating that advanced magnetics can flourish here again — without sending  critical materials across oceans.” Kang echoes the sentiment: “Recycling isn’t just environmental stewardship; it’s industrial infrastructure.” 

For manufacturers seeking resilient, cost-effective critical-materials procurement, that is a model worth watching—and emulating.