Ionic Rare Earths Signs 50/50 Magnet Recycling JV Term Sheet in Missouri

ASX-listed Ionic Rare Earths, through subsidiary Ionic USA, has signed a non-binding term sheet with Missouri-based US Strategic Metals to form a 50/50 joint venture building magnet and rare earth recycling facilities on USSM's 1,800-acre (728.4 ha) site near Fredericktown, Missouri.

Ionic Rare Earths, listed on the Australian Securities Exchange, has taken a step toward a US recycling footprint. Its American subsidiary, Ionic USA, has signed a joint venture term sheet with US Strategic Metals (USSM), a privately held Missouri company, covering the construction of magnet recycling facilities on USSM's ground near Fredericktown in the state's southeast.

The proposed structure is a 50/50 joint venture. The plan, as described by the two parties, is an integrated campus for the production of critical minerals and metals on USSM's 1,800-acre (728.4 ha) site, with one or more facilities dedicated to recycling permanent magnets and other rare earth material. The feedstock named is end-of-life and scrap neodymium-iron-boron (NdFeB) and samarium-cobalt (SmCo) magnets.

The agreement is non-binding. That is the single most important qualifier on the announcement, and it deserves to be read plainly rather than glossed over.

What a Non-Binding Term Sheet Actually Commits

A term sheet of this kind sets out the commercial shape of a deal — ownership split, scope, site, intended products — without creating an enforceable obligation to build anything. It typically fixes a period of exclusivity and a framework for due diligence, and it gives each side a document to take to financiers, offtakers and government agencies. What it does not do is oblige either party to fund construction, deliver a plant, or complete definitive documentation at all.

For Ionic Rare Earths shareholders, then, the practical content of the announcement is optionality rather than capital commitment. The company has secured a named US partner with land, a defined jurisdiction, and a stated 50/50 economic split as a starting point. Everything downstream of that — engineering, permitting, capital cost, offtake, the binding JV agreement itself — remains ahead. Deals structured this way frequently proceed. They also frequently lapse quietly, and investors reading the release should price it as a milestone in a process, not as a project sanction.

The Fredericktown site matters because land and a host permitting posture are two of the slowest inputs in any US processing build. Starting on an existing 1,800-acre industrial footprint, rather than greenfield acreage requiring fresh zoning and community engagement, compresses part of the timeline that usually defeats these projects.

Why Magnet Recycling Sits at the Center of the Critical Minerals Push

Permanent magnets are the choke point in the rare earth story. NdFeB magnets drive electric-vehicle traction motors, wind turbine generators, hard drives and a long list of defense hardware. SmCo magnets, which hold their magnetic strength at high temperatures, are used where heat tolerance is non-negotiable — aerospace and military applications above all. Both depend on rare earth elements whose separation and metallisation capacity has been concentrated outside the United States for decades.

Recycling attacks that dependency from a different direction than mining does. A recycling plant does not need an orebody, a decade of drilling, or a mine permit. It needs a reliable stream of scrap and end-of-life magnets, a process to separate the rare earth content back into usable oxides or metals, and a customer. Feedstock security is the real constraint: magnet scrap is dispersed across manufacturers, recyclers and waste streams, and building a repeatable supply of it is a commercial problem as much as a technical one.

The two parties have framed the venture as supporting the Trump administration's push to secure US leadership in critical minerals and energy. That framing is not incidental. Policy support — whether through procurement preference, permitting attention, or federal funding programs — has become a decisive variable in whether processing projects of this type reach a final investment decision in the United States. A project positioned inside that policy priority has a materially better chance of finding the concessional capital that pure merchant economics would struggle to justify. The Mining Weekly report describes the campus concept as covering critical minerals and metals production more broadly than magnets alone.

The Partner Question and What Each Side Brings

The logic of a 50/50 split is straightforward when each party contributes something the other cannot easily buy. USSM brings the land, an existing Missouri industrial base and a domestic corporate identity that carries weight with US government counterparties. Ionic USA brings its parent's rare earth processing and recycling orientation and an Australian listing through which the parent can raise equity.

Equal ownership also carries a known governance cost. Neither partner controls the venture outright, which means deadlock provisions, funding-default mechanics and exit rights become the substance of the eventual binding agreement rather than footnotes to it. Those terms are typically where 50/50 ventures either become durable or fall apart, and they are precisely what a non-binding term sheet leaves unresolved.

What to Watch From Here

Several markers will tell investors whether this progresses beyond paper. The first is the conversion of the term sheet into a definitive, binding joint venture agreement, and how long that takes. The second is any disclosure on capital cost and the funding split — a 50/50 equity structure implies a 50/50 funding obligation unless the parties agree otherwise, and Ionic Rare Earths' share of that will need to be sourced. The third is feedstock: signed supply arrangements for magnet scrap would do more to validate the concept than any amount of campus master-planning. The fourth is offtake, particularly whether magnet manufacturers or defense-linked buyers commit to the output.

Timing on any of these has not been disclosed, and neither has capital cost, production capacity or a target start date. Until those numbers exist, the venture is a stated intention between two willing parties on a specified piece of Missouri land.

The Market Backdrop

The announcement lands into equity markets that closed higher in the prior US session. As of the last trade on Wednesday, 2 September 2026 at 20:00 GMT, the S&P 500 tracker SPY closed at $765.16, up 0.44% on the day from a previous close of $761.78. The Nasdaq 100 proxy QQQ finished at $709.24, up 0.23%, and the Dow tracker DIA closed at $530.62, up 0.54%. Ionic Rare Earths trades on the ASX, where the reaction to the term sheet will be set in Australian hours rather than New York ones.

For the broader US rare earth buildout, the significance of this particular agreement is modest in isolation and meaningful in aggregate. Each recycling facility, each separation line and each metallisation plant announced on American soil chips at a supply chain that has been effectively single-sourced. Whether Fredericktown becomes one of those facilities depends on what the two companies sign next.

Key facts

• Structure: Proposed 50/50 joint venture, non-binding term sheet
• Partners: Ionic USA (subsidiary of ASX-listed Ionic Rare Earths) and US Strategic Metals
• Site: 1,800 acres (728.4 ha) near Fredericktown, Missouri
• Market close (2 Sep 2026, 20:00 GMT): SPY $765.16 (+0.44%); QQQ $709.24 (+0.23%); DIA $530.62 (+0.54%)

Frequently asked questions

What did Ionic Rare Earths actually announce?

Ionic Rare Earths said its US subsidiary, Ionic USA, entered into a joint venture term sheet with Missouri-based US Strategic Metals. The two intend to form a 50/50 joint venture to build one or more magnet and rare earth recycling facilities as part of an integrated critical minerals campus at USSM's 1,800-acre site near Fredericktown, Missouri. The agreement is non-binding.

What does 'non-binding' mean for this deal?

A non-binding term sheet sets out the intended commercial terms — ownership split, site, scope — without legally obliging either party to complete the transaction or fund construction. It provides a framework for due diligence and negotiation of a definitive agreement. Either side can walk away. Investors should treat it as a process milestone, not a committed project.

What magnets would the facilities recycle?

The proposed facilities would process recycled permanent neodymium-iron-boron (NdFeB) magnets and samarium-cobalt (SmCo) magnets, plus magnet scrap. NdFeB magnets are used in electric-vehicle motors, wind turbines and hard drives. SmCo magnets retain performance at high temperatures, making them common in aerospace and defense hardware where heat tolerance is essential.

Why is magnet recycling strategically important to the United States?

Rare earth separation and permanent magnet manufacturing capacity has been concentrated outside the United States for decades. Recycling offers a route to domestic rare earth supply without needing a new mine, a decade of drilling or a mining permit. The main constraint is securing a reliable, repeatable stream of scrap and end-of-life magnet feedstock.

How much will the project cost and when would it start?

Neither capital cost, production capacity nor a target start date has been disclosed. The parties have described the intended structure, the site and the feedstock types, but the term sheet is non-binding and no engineering, permitting or funding details have been made public. Those figures would normally emerge alongside a definitive joint venture agreement.

Where is Ionic Rare Earths listed?

Ionic Rare Earths is listed on the Australian Securities Exchange (ASX). Its US operating vehicle for this proposal is Ionic USA. The joint venture partner, US Strategic Metals, is a privately held Missouri company and is not publicly traded, so no exchange ticker applies to it.

Sources

• Ionic Rare Earths secures term sheet for magnet recycling JV in US — Mining Weekly

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