Evolution Metals Secures $100M to Bolster US Rare Earth Supply Chain

MIAMI, FL – May 11, 2026 – Evolution Metals & Technologies Corp. (EM&T), a Nasdaq-listed producer of critical metals, announced today it has secured up to $100 million in financing from asset manager Yorkville Advisors Global, LP. The investment is a significant move aimed at expanding domestic production of high-performance rare earth magnets, a critical component in everything from electric vehicles to advanced defense systems.

The capital infusion is earmarked for a major expansion of EM&T's commercial operations and the development of a fully integrated U.S. industrial campus, a direct challenge to China's long-standing dominance in the strategic materials sector.

“With the investment from Yorkville, Evolution continues to be strategically positioned to advance the U.S. production of critical materials, including high-performance rare earth magnets, ex-China,” said David Wilcox, Executive Chairman of EM&T, in a statement. He emphasized that the company's immediate plans are to boost its current magnet production and scale operations through the new campus.

A High-Stakes Race for Supply Chain Independence

The investment arrives at a pivotal moment in global geopolitics and industrial strategy. The United States has become acutely aware of its vulnerability due to its heavy reliance on foreign nations, particularly China, for critical materials. China currently controls approximately 85% of the world's rare earth processing capacity and around 90% of the production of permanent magnets, giving it immense leverage over global supply chains.

Recent export controls from Beijing on rare earth magnet technologies, which began in April 2025, have only intensified the urgency for Western nations to build their own independent capabilities. Rare earth magnets, particularly Neodymium-Iron-Boron (NdFeB) types, are not just commodities; they are foundational to modern technology and national security.

These powerful magnets are essential for the high-efficiency motors in electric vehicles, the generators in offshore wind turbines, and a vast array of defense applications, including F-35 fighter jets, precision-guided munitions, and submarine propulsion systems. The U.S. Department of Defense has been actively investing in the sector, committing over $439 million since 2020 to help establish a sustainable “mine-to-magnet” supply chain by 2027.

EM&T's expansion places it among a growing cohort of companies, including MP Materials and Lynas Rare Earths, that are at the forefront of this national effort. These firms are building out a North American industrial base to mine, process, and manufacture the materials essential for 21st-century economic and military strength.

The Financial Engineering Behind the Ambition

The $100 million investment from Yorkville is not a simple equity purchase. It is structured as a flexible, multi-tranche convertible facility. This means the funding is provided as debt, in the form of debentures, which can later be converted into EM&T's common stock. An initial $20 million debenture has already closed, with more tranches to follow.

This type of hybrid financing offers EM&T flexibility, allowing it to draw capital as needed for its ambitious expansion projects while potentially deferring equity dilution. For investors, the conversion feature provides upside potential if the company’s stock price appreciates as its strategic plans come to fruition. However, the structure also carries the inherent risk of future dilution for existing shareholders, as the conversion of debt into new shares will increase the total number of shares outstanding. The deal, subject to customary Nasdaq rules, represents a significant vote of confidence from Yorkville in both EM&T’s business model and the burgeoning market for critical materials.

Building a Vertically Integrated Powerhouse

EM&T's strategy centers on creating a fully domestic, vertically integrated supply chain. The company claims to operate the “only known vertically stacked critical materials supply chain” in the U.S., a model that begins with recycling end-of-life electronics and batteries and extends all the way to manufacturing finished rare earth magnets.

This cradle-to-cradle approach is central to its plan for a new U.S. industrial campus. According to Wilcox, Phase I of this development is slated to establish the “largest hydrometallurgical facility in the Western Hemisphere.” Hydrometallurgy is a chemical process used to extract and separate valuable metals from ores and recycled materials, a key step in producing the high-purity elements needed for advanced magnets and batteries.

By controlling multiple stages of the production process—from feedstock sourcing to finished product—EM&T aims to build a resilient and secure operation, insulated from the supply shocks and geopolitical pressures that have plagued the industry.

Fueling the Green Transition and Beyond

The strategic importance of EM&T’s expansion is matched by its economic potential, which is being supercharged by the global transition to a green economy. The market for rare earth magnets, valued at nearly $20 billion in 2024, is projected to surge past $30 billion by 2033, driven by explosive growth in key sectors.

Electric vehicles are a primary driver. As EV adoption accelerates globally, the demand for NdFeB magnets for efficient electric motors is skyrocketing. Likewise, the massive expansion of wind energy, particularly large-scale offshore wind farms, depends on these magnets for powerful and reliable turbine generators. Beyond green energy, the relentless advance of industrial automation and robotics is creating another powerful demand stream, with some analysts forecasting robotics to become the single largest consumer of NdFeB magnets by 2040.

This confluence of national security imperatives and powerful market tailwinds creates a fertile ground for companies like Evolution Metals & Technologies. The $100 million investment from Yorkville is more than just capital; it is a catalyst intended to accelerate a fundamental reshaping of a global industry critical to the future of technology, energy, and defense.