Lynas Rare Earths (WKN 871899) achieved a significant production jump in the third quarter of fiscal year 2026, strengthening its role as the leading supplier of rare earths outside China. The Australian company produced a total of 3,200 tonnes of rare earth oxides in the quarter ended March 31, generating revenue of A$265 million.
What is particularly important is not only the higher overall production, but also the composition: In addition to neodymium and praseodymium, Lynas Rare Earths also reported dysprosium and terbium—and produced samarium oxide for the first time in March. This expands the company’s position in the market for both light and heavy rare earths.
Lynas Rare Earths posts a sharp increase in REO production
The latest quarterly figures show a clear increase compared with the reference periods. In the corresponding quarter of the previous year, Lynas Rare Earths produced 1,911 tonnes of rare earth oxides. In the immediately preceding quarter, it was 2,383 tonnes. At 3,200 tonnes, production is therefore above both the prior-year figure and the level of the previous quarter.
The company has two key operating sites. The Mount Weld mine and concentration plant are located in Western Australia. Further processing takes place at the Lynas Advanced Materials Plant in Kuantan, Malaysia. This structure makes Lynas Rare Earths an integrated producer within the rare earth value chain—from extraction through to processing.
A large portion of production was attributable to neodymium and praseodymium. In the reporting quarter, 1,996 tonnes were produced. These two elements play a central role in high-performance magnet applications and are among the most economically important products in the rare earth spectrum. In addition, Lynas Rare Earths produced 8 tonnes of dysprosium and terbium, two heavy rare earths that are also important for specialized magnet applications.
Samarium oxide expands the product profile
A particular milestone was the first-time production of samarium oxide in March. Customers demand the material for high-performance magnets used, among other things, in electronics and aerospace. In addition, samarium oxide is also used for optical applications, catalysts, and medical uses.
For Lynas Rare Earths, this step is significant because it further strengthens the company’s profile as a commercial producer and supplier of both light and heavy rare earths. The production base is thus broadened, and the product offering now includes additional materials used in technologically demanding industries.
Especially in a market where individual rare earth elements have very different applications and demand structures, a broader product range can be operationally important. With samarium oxide production, Lynas Rare Earths demonstrates that it is not limiting its processing capacities to established core products, but is also bringing additional specialized rare earth oxides into commercial production.
Revenue rises on higher sales and prices
On the sales side, Lynas Rare Earths also recorded a strong quarter. The company sold 3,100 tonnes of rare earth oxides. This resulted in a 115% increase in revenue year-on-year. The average realized price was A$84.6 per kilogram of rare earth oxide sold.
These figures show that the quarter was not shaped solely by higher production volumes. Sales prices and product mix also contributed to the result. For Lynas Rare Earths, this means that operating performance in the reporting period was significantly above the prior-year level in both volume and revenue terms.
Revenue of A$265 million underscores the economic relevance of quarterly production. While production volumes rose sharply compared with the prior-year quarter, the company was also able to achieve a significantly higher revenue base. This makes the March quarter an important contribution to fiscal year 2026.
Mount Weld is to become less dependent on diesel
In addition to production and revenue, Lynas Rare Earths also provided insight into operating conditions. The company monitors its supply chains for consumables, including fuel. As of April 21, activities had not been materially affected, according to the company.
At the same time, Lynas Rare Earths is planning to convert the power supply at the Mount Weld site. The power station there is to be switched from a diesel-powered solution to a hybrid renewable energy system. The aim is to reduce the mine’s fuel consumption. For a remote mining site, such a change can be an important operational component, as energy supply and fuel logistics are closely linked to costs, security of supply, and operational stability.
With higher production, the sharp increase in revenue, and the first-time production of samarium oxide, Lynas Rare Earths is showing broader operational development in the March quarter. The company is not only increasing the volume of rare earth oxides produced, but is also expanding its product range and working on the energy supply for its core Australian site. This brings Lynas Rare Earths further into focus within a raw materials segment that is of central importance for high-performance magnets, electronics, aerospace, and other technological applications.
