Evolution Metals raises FY26 revenue guidance 62% to $11 million

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Reviewed by
Shriram SScanX News Team
Key Highlights
  • Raised fiscal 2026 revenue guidance to $10-$11 million from $5-$8 million
  • Midpoint increase of 62% driven by expanded feedstock position and demand
  • Reaffirmed fiscal 2027 revenue guidance of $400-$460 million
  • Thirteen ULVAC sintered magnet machines arriving in October 2026
  • Annual magnet capacity expected to exceed 10,000 metric tons
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Evolution Metals & Technologies Corp. raised its fiscal 2026 revenue guidance to $10 million to $11 million, a significant increase from the previous range of $5 million to $8 million announced in September. This adjustment represents a 62% rise at the midpoint, reflecting strong customer demand and improved rare earth pricing.

The company also reaffirmed its fiscal 2027 revenue guidance of $400 million to $460 million. The updated outlook is driven by an expanded non-China rare earth feedstock position and the production capacity unlocked by new equipment deliveries scheduled for October 2026.

Capacity Expansion and Equipment Delivery

Thirteen additional ULVAC sintered magnet production machines are scheduled for delivery in October 2026. Installation will commence immediately following delivery at the Pohang facility in the Republic of Korea. Once operational, these machines are expected to expand annual rare earth magnet production capacity to more than 10,000 metric tons, including approximately 6,000 metric tons of high-performance sintered magnets.

Metric Previous Guidance Updated Guidance Change
Fiscal 2026 Revenue (Low End) $5 million $10 million +100%
Fiscal 2026 Revenue (High End) $8 million $11 million +37.5%
Fiscal 2026 Midpoint $6.5 million $10.5 million +62%
Fiscal 2027 Revenue Guidance $400-$460 million $400-$460 million Reaffirmed

Strategic Drivers and Regulatory Context

Frank Moon, Chief Executive Officer, stated that the raised guidance reflects the ability to source rare earth materials necessary to bring additional production capacity online this year. Andrew Knaggs, President, highlighted that non-China rare earth magnet supply remains a strategic priority for U.S. national security and industrial policy. He noted that DFARS 252.225-7052 is expected to extend mine-to-magnet restrictions across the supply chain for neodymium-iron-boron magnets beginning January 1, 2027.

The company plans to showcase what it believes is the largest commercial magnet facility in the world outside China on December 17, 2026. This event aims to highlight EM&T's vertically integrated critical materials supply chain, which spans end-of-life electronics, high-grade concentrates, and finished rare earth magnets.

What the Numbers Show

The fiscal 2027 revenue midpoint of $430 million represents approximately 41 times the raised fiscal 2026 midpoint of $10.5 million. This substantial year-over-year jump indicates that the majority of the company's projected growth is contingent on the successful commissioning of the new ULVAC machines and the subsequent scaling of operations in late 2026 and throughout 2027. The guidance relies heavily on converting current demand into firm orders and shipments, as actual revenue is not based on contracted volumes but on management's expectations of market conditions and execution speed.

Disclaimer: This article is AI-generated using data from ViewTrade. ScanX is not liable for any inaccuracies.

How will the January 2027 implementation of DFARS 252.225-7052 impact the competitive landscape for non-China rare earth magnet suppliers?

What specific supply chain bottlenecks could delay the October 2026 ULVAC machine deliveries and jeopardize the fiscal 2027 revenue targets?

How does Evolution Metals' projected capacity expansion align with current U.S. government incentives for domestic critical mineral processing?

Evolution Metals signs LOI with INERGX for 5 GW US energy storage

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Reviewed by
Ashish TScanX News Team
Key Highlights
  • Evolution Metals & Technologies Corp signed an LOI with UK-based INERGX Energy Optimisation Ltd.
  • The partnership targets engineering and supply of energy storage systems for EM&T's planned U.S. facility
  • Proposed capacity reaches up to 5 GW at full build-out, with ~1 GW targeted within two years
  • Deal includes a 10-year service agreement with sourcing from non-China partners to ensure origin documentation
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Evolution Metals & Technologies Corp has announced a Strategic Partnership Letter of Intent (LOI) with UK-based INERGX Energy Optimisation Ltd. to engineer, supply, integrate and service energy storage and power optimization systems for its planned U.S. facility. The proposed collaboration targets a capacity of up to 5 GW at full build-out, with an initial phase of approximately 1 GW expected within two years.

The agreement signifies a strategic step toward establishing large-scale energy storage capabilities within the company's planned U.S. operations. The facility is designed to support critical materials and battery black mass recovery, leveraging on-site LNG generation paired with engineered storage to ensure power quality and ride-through performance.

Deal specifics

The Letter of Intent outlines the preliminary framework for the partnership between Evolution Metals and INERGX. While the scope of the potential development is defined by the 5 GW capacity target at full build-out, the specific financial terms of the arrangement have not been disclosed in the announcement.

The partnership includes a long-term service agreement with an anticipated initial term of 10 years. INERGX intends to source cells, packs, and battery management systems through qualified European or other approved non-China partners, ensuring full country-of-origin documentation. This aligns with EM&T's mandate to avoid dependency on China, which hosted about 85% of global battery cell manufacturing capacity in 2024 according to the International Energy Agency.

Implementation timeline

The LOI sets an accelerated timetable for the initial phase of the project. The key milestones are as follows:

Milestone Timeline
Site inputs provided by EM&T Within 2 weeks of signing
First Block Study delivery Within 8 weeks of receipt
Definitive agreements target Within 12 weeks of study acceptance
First Phase capacity ~1 GW within 2 years
Full build-out capacity Up to ~5 GW

The First Block Study will model on-site generation together with energy storage against EM&T's site load profile. It will define recommended storage capacity, power rating, configuration, and indicative capital and operating costs. The design will be validated through INERGX's testing and certification partner in Italy, accredited to European and U.S. standards.

Strategic context

The partnership comes as EM&T executes on its previously announced fiscal 2027 revenue guidance of $400 million to $460 million. This guidance reflects the expected first full-year contribution from the expansion of its rare earth magnet production capacity in Pohang, Republic of Korea, to approximately 10,000 metric tons annually.

David Wilcox, Executive Chairman of Evolution Metals & Technologies, stated that the facility is planned to draw as much power as five nuclear reactors. The initiative aims to build a closed-loop, American-controlled critical materials platform from the power plant up. Dominic White, Director of INERGX Energy Optimisation Ltd., noted that the team is ready to move quickly on the First Block Study to deliver a design that scales cleanly from the first block to full build-out.

Disclaimer: This article is AI-generated using data from ViewTrade. ScanX is not liable for any inaccuracies.

How will the undisclosed financial terms of the LOI impact Evolution Metals' capital expenditure plans and potential need for external financing before definitive agreements are signed?

What specific regulatory or supply chain risks could arise from INERGX's mandate to source non-Chinese battery components, and how might this affect project timelines?

How does the planned 5 GW energy storage capacity align with the projected power demands of the expanded rare earth magnet production in Korea versus the new U.S. facility?

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