Rare earths are having their moment again in 2026, and this time the story is less about a single price spike and more about the machinery of independence being built underneath it. Lynas Rare Earths has just posted a record profit, Iluka Resources is edging its Eneabba refinery toward completion, and Canberra has legislated a strategic reserve aimed squarely at the elements that go into magnets, electric motors and defence hardware. All of it is happening against a backdrop of Chinese export licensing that still governs the flow of the world’s heavy rare earths. For investors watching the ASX rare earths space, the question is no longer whether Australia has a role to play, it is how quickly that role turns into cash flow.
NdPr Prices Firm as Lynas Posts a Record Year
Neodymium and praseodymium, the pair of elements that make permanent magnets possible, have remained the commercial engine of the sector through 2026. The NdPr price rally documented earlier this year has carried through, and Lynas Rare Earths (ASX: LYC) closed its financial year in late August with revenue of $977.9 million, up from $556.5 million in FY25, and net profit after tax of $222.4 million against just $8.0 million a year earlier. The company achieved a record average selling price of $80.7 per kilogram of rare earth oxide across its product mix, with NdPr sales volume up 12 percent to 7,337 tonnes. Lynas also locked in more certainty for the years ahead, extending its agreement with Japan Australia Rare Earths through to 2038 with a US$110 per kilogram NdPr floor price, detailed in the company’s ASX announcement. Terbium has been the standout mover among the heavier elements, up roughly 22.8 percent in June, while dysprosium has softened over recent months.
Iluka’s Eneabba Refinery Reaches a Milestone
Iluka Resources (ASX: ILU) is the other major Australian name in the sector, and its Eneabba rare earths refinery in Western Australia is now more than half built, with the company targeting around 75 percent completion by the end of 2026. The project carries a government non-recourse loan of roughly $1.65 billion and is designed to process 55,000 tonnes of feedstock a year into 17,500 tonnes of separated rare earth oxide, initially drawing on Iluka’s existing Eneabba stockpile. In June, Iluka signed its first binding offtake agreement for the refinery, a take-or-pay deal with a global automotive manufacturer covering neodymium, praseodymium, dysprosium and terbium supply from 2028. That shift from construction risk to a signed customer is exactly the kind of milestone that matters to investors weighing whether downstream processing capacity outside China can actually find buyers.
China’s Export Controls Keep Squeezing Global Supply
The backdrop to both companies’ progress is China’s tightening grip on rare earth exports. Under mandatory licensing introduced in April 2025 and expanded through October, Beijing controls exports of seven medium and heavy rare earth categories and the magnets made from them, and according to the US Geological Survey’s Mineral Commodity Summaries 2026, China still accounts for the overwhelming majority of global rare earth processing. Licensing approval rates for some European buyers have reportedly fallen below 25 percent, and prices for material sourced outside China have at times run several multiples above domestic Chinese pricing. That dynamic is exactly why Lynas and Iluka’s expansion plans carry strategic weight well beyond their own balance sheets, in a market where buyers increasingly pay a premium for certainty.
Canberra Builds a $1.2 Billion Reserve
On the policy side, Parliament has passed legislation establishing a Critical Minerals Strategic Reserve, building on the framework outlined earlier in 2026 and now backed by roughly $1 billion in transaction capacity drawn from the expanded $5 billion Critical Minerals Facility, plus a further $185 million for stockpiling and implementation, according to the Department of Industry, Science and Resources. The reserve’s initial focus is narrow and deliberate: neodymium, praseodymium, dysprosium and terbium, alongside antimony and gallium. Rather than simply stockpiling material, the mechanism secures rights to minerals produced in Australia and on-sells them to allied buyers, with the United States, Japan, South Korea, the European Union, Canada and the United Kingdom identified as partner markets. The reserve’s design has evolved as the government works toward full operational capacity by late 2026.
What It Means for ASX-Listed Rare Earth Stocks
For ASX investors, the read-through is that scale and offtake certainty are starting to separate the sector’s leaders from its explorers. Lynas and Iluka now have processing capacity, government backing and signed customers, a combination smaller developers are still chasing. Explorers such as ActivEX (ASX: AIV), which reported rare earth soil results exceeding 1,000 parts per million at its Aramac project this month, and American Rare Earths, which appointed a new chief technical advisor for its Wyoming project, show the exploration pipeline remains active even as capital gets more selective. Investors should also watch how the reserve interacts with the wider battery metals complex, since several targeted elements overlap with the supply chains covered in recent battery metals coverage.
What to Watch Next
- Whether China expands or eases its export licensing regime before year end, and how approval rates track for non-Chinese buyers.
- Progress on Iluka’s Eneabba construction milestones as it approaches the targeted 75 percent completion mark.
- Further detail on how the Critical Minerals Strategic Reserve allocates its $1 billion transaction capacity once fully operational.
- Movements in terbium and dysprosium pricing, which have diverged sharply from the NdPr complex in recent months.
Frequently Asked Questions
Why do rare earths matter so much for Australian investors right now?
Australia has two of the world’s few significant rare earth processing operations developing outside China in Lynas and Iluka, and both are now backed by government funding and offtake agreements. That combination of scarcity value and policy support has made the sector a focal point for ASX investors looking for exposure to critical minerals independent of Chinese supply chains.
What is the difference between light and heavy rare earths in this context?
Light rare earths such as neodymium and praseodymium are already produced at scale by Lynas and used mainly in permanent magnets. Heavy rare earths such as dysprosium and terbium are scarcer, more tightly controlled by China’s export licensing, and central to both Lynas’s expansion plans and the composition of Australia’s new strategic reserve.
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