50 tons of gallium from Greece: How Europe plans to reduce its dependence on China

China's gallium dominance is facing competition – but Europe's supply is not secure

Gallium is a relatively small raw material market – yet it is of strategic importance for semiconductors, power electronics, and certain applications in telecommunications, radar, and satellite technology. Because China almost completely dominates primary production, export restrictions and political tensions can severely impact supplies outside the country. The Greek company Metlen aims to create an additional European source with a planned plant in Boeotia. The intended annual capacity of 50 tons could noticeably change the market, but it does not signify the end of Chinese dominance or a guaranteed supply for Europe.

Several hurdles lie between an announced production capacity and a reliably deliverable supply of material suitable for customers: The plant must be started up in a technically stable manner, the quality must meet customer requirements, and production must be economically competitive. Furthermore, a portion of the planned quantity is already committed through long-term supply agreements – including orders for customers in the USA and Japan. Therefore, the actual amount of material available to European customers cannot be determined solely from the total capacity.

For investors, careful assessment is also crucial. Gallium could strengthen Metlen's strategic profile and open up new revenue opportunities. However, the company remains broadly diversified: energy, aluminum and alumina, as well as complex industrial and infrastructure projects, continue to significantly shape its business development. The gallium project is therefore an interesting growth driver, but not a shortcut to a secure supply for Europe or a reliable forecast for Metlen's share price.

Europe's gallium revolution: What's really changing Metlen: China's power doesn't end at the factory gate

Europe can significantly reduce its dependence on Chinese gallium. The Greek energy and metals company Metlen is creating an industrial prerequisite for this, one that is more economically important than the relatively small production volumes might suggest. The planned entry into gallium production links raw material security, semiconductor technology, energy supply, and the capital market. It thus exemplifies a new industrial policy that no longer focuses solely on the lowest purchase price, but also considers the costs of a potential supply disruption.

However, it would be premature to speak of a broken Chinese monopoly or a guaranteed full European supply as early as October 2026. Commercial production is not scheduled to begin until the third quarter of 2027; full annual capacity of 50 tons is planned for 2028. Furthermore, parts of this future production are already earmarked for customers outside Europe. Technical, economic, and contractual hurdles lie between the announced plant, qualified material, and a consistently reliable supply.

The stock market history also demands a sober assessment. Gallium can enhance Metlen's strategic profile and unlock new revenue streams. However, the company remains a broadly diversified enterprise whose results depend significantly on its energy business, aluminum and alumina, and the implementation of complex industrial and infrastructure projects. Those who view the stock solely as a gallium investment are confusing an interesting growth driver with the company's overall business model.

Tiny quantities, considerable economic power

Gallium is one of those raw materials whose strategic importance is hardly reflected in its tonnage. It is primarily needed for compound semiconductors, especially gallium arsenide and gallium nitride. These materials are used in high-frequency components, optoelectronic components, and power electronics, among other applications. Mobile communications, radar, satellite technology, certain solar cells, and the power supply of high-performance electronics all benefit from its unique properties.

The crucial factor is its position within a value chain. A small quantity of a technically difficult-to-replace material can determine whether significantly more expensive components and systems can be manufactured. The economic value of an additional ton of gallium, therefore, is not simply its selling price. It also includes avoided production downtime, reduced procurement risks, and the opportunity to develop new products with a predictable material supply.

This is precisely where a fundamental difference lies compared to large commodity markets. Steel and copper are dominated by enormous quantities and highly developed trading structures. Gallium, on the other hand, is characterized by a small market, varying purity levels, and a high concentration of primary production, all of which are geared towards technologically demanding applications. Even relatively small changes in the actual available export volumes can therefore trigger significant price fluctuations.

This peculiarity also explains why a plant with an annual capacity of 50 tons is attracting political attention. The quantity is insignificant for a bulk commodity, but relevant for a small technology metal market. However, it is neither equivalent to a complete replacement of Chinese production nor to a guaranteed supply for all European applications.

The monopoly concerns processing

China's dominance is not based on the fact that gallium occurs exclusively in Chinese soil. The metal is found in low concentrations in various ores, especially bauxite. Global bauxite resources are estimated by geologists to contain more than one million tons of gallium. However, this figure describes the amount of raw material present and not the economically recoverable quantity or readily available reserves.

The real scarcity lies in industrial extraction. Gallium is primarily obtained as a byproduct of bauxite processing into alumina and, to a lesser extent, from zinc processing residues. Suitable processing stages must be available and operated economically for this to occur. Without appropriate facilities, the metal remains in the material flow, even if the starting material has sufficient gallium content.

China's share of global primary gallium production is estimated at around 99 percent for 2025. Other recent figures cite a share of more than 98 percent. This discrepancy does not change the overall picture: outside of China, there is only a very narrow base for primary extraction. In contrast, the international division of labor is more differentiated in high-purity refining, recycling, and semiconductor processing.

This distinction is economically crucial. A refinery outside of China can produce highly purified gallium and still rely on Chinese raw materials. Similarly, a European trader can source goods from a third country whose original raw material came from China. Effective diversification therefore requires transparency regarding the actual origin, not just the final supplier.

If the global offer is unavailable

The gallium supply situation demonstrates that global production volumes and regional availability can diverge. China's export controls, in place since August 2023, have hampered cross-border trade. In December 2024, an export ban on shipments to the US was added, which was suspended for one year in November 2025. Such a suspension does not eliminate the general licensing requirements or the political uncertainty surrounding future decisions.

In Europe, the impact was significant. In the first three months of 2026, the price of gallium rose by more than 35 percent, having already more than doubled in 2025. In March 2026, European companies at times had to pay almost six times the Chinese price level. This is a snapshot of the market at a specific point in time, not a price difference that remains constant across all products and contract types.

At the same time, production and stockpiles in China increased. A market analysis published in spring 2026 estimated Chinese raw gallium production in 2025 at approximately 1,040 tons. Another, rounded official estimate was around 900 tons. Such discrepancies demonstrate how carefully production statistics for this small market must be interpreted. They do not justify arbitrarily selecting the most impressive figure.

The economic core remains clear regardless: A market can produce sufficient material worldwide while simultaneously suffering from acute shortages outside the dominant production country. Export licenses, delivery times, and political interventions create a regional availability premium. This presents a business opportunity for new suppliers outside China, but not a permanently guaranteed monopoly profit.

Metlens' advantage lies in the network

Metlen is not basing its gallium activities on an isolated raw material discovery. The project is embedded in an existing industrial network. At its Agios Nikolaos site in Boeotia, the company already possesses the industrial infrastructure of its Aluminium of Greece operations. Bauxite mining, alumina production, aluminium production, and energy supply form an economically integrated system.

The expansion, originally budgeted at €295.5 million, is intended to increase annual capacity to approximately two million tons of bauxite, 1.265 million tons of alumina, and 50 tons of gallium. Compared to the alumina capacity of 865,000 tons announced at the time of the project, this represents an additional potential of 400,000 tons, or about 46 percent. Gallium is therefore part of a larger metallurgical expansion program and not the sole purpose of the entire investment.

This is crucial for the economic analysis. If the entire investment sum were attributed solely to gallium, the costs of gallium production would be overstated. Conversely, if all expected benefits of the overall program were attributed to gallium, its profitability and return on investment would be overestimated. A sound evaluation must differentiate between shared infrastructure, additional alumina production, and specific gallium facilities.

The site network offers fundamental advantages: existing material flows, industrial experience, logistics, and energy procurement can be utilized. However, vertical integration is not an automatic safeguard against negative developments. It also entails risks. If alumina production is impaired or its capacity utilization declines, this can negatively impact the linked gallium extraction. The byproduct is economically attractive, but not independent of the main process.

Why byproducts have their own risks

In a traditional mining project, a higher raw material price can stimulate additional production. With gallium, this adjustment is more complex. The recoverable quantity depends not only on the gallium price, but also on the quantity and quality of the processed bauxite, the refinery operation, and the efficiency of the recovery process. A higher price alone does not create an additional flow of material.

In alumina production, bauxite is chemically processed. Gallium can accumulate in the process solutions and be recovered through supplementary separation methods. Ion exchange and electrochemical steps are among the available technical approaches. The general notion that the metal simply accumulates in an aluminum smelter and merely needs to be collected underestimates the process engineering requirements.

This presents Metlen with two interconnected challenges. On the one hand, the additional gallium production must function reliably. On the other hand, it must not compromise the stability and economic viability of the significantly larger alumina process. Therefore, the decisive factors are not only the number of kilograms produced, but also the yield, energy and chemical consumption, maintenance requirements, and the quality of continuous operation.

Under these conditions, the planned annual capacity is a target figure. The actual saleable production only becomes clear after considering capacity utilization, technical interruptions, and customer-specific quality requirements. Especially during the ramp-up phase, a capacity figure should therefore not be treated as a guaranteed sales volume.

50 tons does not mean self-sufficiency

An annual capacity of 50 tons is often equated with European gallium demand. This comparison illustrates the strategic importance of the project as a measure of scale. However, it is insufficient to guarantee complete security of supply. Demand estimates depend on whether raw metal, high-purity grades, gallium in compounds, inventory movements, or indirect imports in semiconductor products are taken into account.

The occasionally cited assumption that Germany consumes roughly half of European demand should not be interpreted as a precise, up-to-date consumption statistic. Germany has significant companies in the processing and compound semiconductor technology sectors. Older demand estimates were around 30 to 40 tons annually, but these were based on different time periods and data collection methods. Therefore, a reliable estimate of half the European demand for 2026 cannot be derived from this.

Even more important is the contractual use of the production. At the end of July 2026, Metlen announced a long-term supply contract with a leading US technology company, covering approximately 25 percent of the planned annual production. This was followed in early October by an agreement with a major Japanese chemical company for up to 16 percent. At full capacity, these figures correspond to approximately 12.5 and up to eight tons annually, respectively.

Together, these two agreements could cover up to 20.5 tons, or approximately 41 percent of the planned annual volume. This leaves 29.5 tons remaining outside these two contracts. However, this does not mean that this quantity is freely available, intended exclusively for Europe, or still unsold. Further agreements and specific delivery profiles are not fully publicly available.

Supply contracts do not replace price disclosure

Early purchase agreements are economically significant. They demonstrate that industrial customers take a European source of supply seriously and are willing to commit before commercial production begins. This fundamentally reduces sales risk and can facilitate financing and capacity planning. For a technically demanding material, such commercial validation is more valuable than non-binding market interest.

However, their significance is limited. The names of both customers were not disclosed in the relevant announcements; the commercial terms are also confidential. Therefore, there is no publicly reliable information about specific pricing formulas, minimum purchase quantities, delivery schedules, quality premiums, and potential adjustment clauses. Consequently, no reliable revenue or profit figure can be calculated from a single contract share.

Above all, an observed European scarcity price should not automatically be used as the long-term selling price for Metlen. A customer may seek security of supply through long-term contracts and simultaneously demand price adjustment clauses or safeguards. Conversely, a producer may be willing to accept a lower price if this stabilizes sales, financing, and capacity utilization.

The economic quality of such contracts therefore depends on the overall package. A high short-term price is not necessarily better than a lower, but reliably secured, return over several years. For evaluating the project, the actual terms achieved and the reliability of delivery are more meaningful than the mere number of signed agreements.

Between raw metal and semiconductor quality

Purity is another important distinguishing factor. Gallium with 99.99 percent purity is designated as 4N grade. 6N stands for 99.9999 percent. The difference may seem small at first glance, but it represents a reduction in the maximum total impurity from approximately 100 parts per million to approximately one part per million. The required grade depends on the specific application and the permissible individual impurities.

For demanding electronic materials, not every commercially available gallium specification is sufficient. In addition to the total content, specific trace impurities, batch consistency, and analytical verification are crucial. A raw material may be available in sufficient quantity but still be unsuitable for a particular semiconductor process. Furthermore, the metal undergoes additional manufacturing steps, such as the production of chemical precursors or compound semiconductors.

The publicly disclosed supply agreements do not replace full disclosure of Metlen's subsequent product mix. Without detailed specifications, it would be equally inadmissible to classify all production as simple raw gallium, or to categorically attribute the highest purity grades and corresponding price premiums to it. What will matter is which grades are reliably delivered in what quantities.

This leads to an uncomfortable realization regarding Europe's strategic position: A domestic primary source is necessary, but not sufficient. Purification, precursor chemistry, crystal production, wafer processing, and customer qualification must also be available within a robust supply chain. Otherwise, the dependency is merely shifted by one processing stage.

State-of-the-art cargo planes, optimized transport routes, and multimodal logistics chains are interchangeable—they can be bought, leased, or outsourced. What money can't buy are direct contacts with producers in Peruvian mines, reliable supply relationships in the CIS countries, and years of built-up trust in markets that are unfamiliar to outsiders. The decisive competitive advantage in global commodity trading lies not in transporting the good from A to B, but in knowing where the good comes from, who produces it, and how to gain access before others even know the market exists. Whoever owns the network sets the price. Everyone else pays it.

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The calculation behind the gallium price

The magnitude of potential sales can be presented transparently without creating a profit forecast. With an annual production of 50 tons and a price of US$450 per kilogram, the calculated gross revenue is US$22.5 million. At US$1,000 per kilogram, it would be US$50 million. At US$3,000, it would be US$150 million.

These figures differ considerably but are based on different price assumptions. The lower level was cited for the Chinese market in October 2026. Metlen's initial economic case used approximately US$1,000 per kilogram. In its 2026 interim report, the company referred to market prices exceeding US$3,000. Neither of these figures automatically confirms the confidential price of a specific supply contract.

The calculation also illustrates the limitations of inflated profit expectations. Revenue is not operating profit, and certainly not net profit. From this, costs for operations, chemicals, energy, personnel, maintenance, quality assurance, and, if necessary, further cleaning are deducted. At the group level, depreciation, financing, and taxes are added. Exchange rates must also be considered when comparing dollar revenues with euro figures.

A net profit of approximately €600 million projected for 2026 cannot therefore be interpreted as a result of future gallium production. Commercial gallium production is not scheduled to begin until 2027. An analyst estimate published in October projected a net profit of between €560 and €620 million for the entire Metlen Group in 2026. This is a forecast for all activities combined and not a finalized annual result.

Correctly allocating 260 million euros

Similarly, the medium-term earnings target of approximately €260 million must be interpreted with care. It refers to the jointly presented development area of ​​critical raw materials and circular metal activities, not solely to the sale of 50 tons of gallium. Furthermore, this figure represents EBITDA, i.e., earnings before interest, taxes, depreciation, and amortization. This metric is not equivalent to net profit or free cash flow.

This distinction significantly alters the valuation. Attributing €260 million solely to the gallium plant assumes a revenue figure that cannot be derived from the stated quantities and model prices. Rather, the additional earnings contribution is expected to arise from several activities and their expansion. The actual proportions attributable to gallium, other raw materials, or metal recovery are not sufficiently disclosed to the public.

The group is placing the division on a broader growth path. In the medium term, total EBITDA is projected to reach approximately €1.92 to €2.08 billion. Based on a simplified average of €2 billion, €260 million would represent about 13 percent. Even if the target is fully achieved, the combined new metals division would therefore be important, but not the primary contributor to earnings.

The analytical conclusion is clear: Gallium represents a strategic lever for Metlen, the perceived value of which may outweigh its initial revenue share. Such significance can justify a revised company valuation. However, it must not lead to double-counting multiple profit targets or ignoring the risks of other business segments.

The recovery begins in the core business

Metlen's earnings performance explains why Gallium is attracting particularly close attention from investors on the stock exchange. In 2025, group sales rose to approximately €7.107 billion, while reported EBITDA fell from roughly €1.080 billion in 2024 to €753 million. Net profit attributable to shareholders decreased from approximately €615 million to €314 million. Higher sales, therefore, did not translate into higher profits.

A significant burden factor was the difficulty in implementing projects in the energy and plant engineering sectors. This development cannot be entirely dismissed as a harmless shift in profits. Additional costs continued to be incurred in the first half of 2026 for the completion of some older projects. Therefore, the assessment must consider both the reduction of these burdens and the quality of new projects.

The half-year figures for 2026 nevertheless show a significant improvement. Revenue reached approximately €3.987 billion, EBITDA roughly €550 million, and net profit after minority interests around €313 million. EBITDA and net profit were thus each about 23 percent higher than in the same period of the previous year. For the full year, the company confirmed an EBITDA target of between €1.00 and €1.15 billion.

The 2024 level of EBITDA could thus be reached or exceeded again. However, a new record is not guaranteed across the entire forecast range. Likewise, a strong first half of the year does not automatically guarantee an equally strong second half. Project completions, sales revenues, energy prices, and margins remain key influencing factors.

Energy is the financial foundation

In the first half of 2026, the energy sector generated approximately €3.134 billion in revenue and €331 million in EBITDA. It thus continued to represent the largest share of the Group's revenue. This sector encompasses electricity generation, supply, natural gas procurement and trading, as well as renewable energies, storage, and project development. Metlen is therefore not simply an aluminum producer with an additional gas business.

The integrated energy supply division generated approximately €215 million in EBITDA in the first half of the year, while the platform for renewable energies, storage, and the energy transition contributed around €116 million. Combining different activities can partially mitigate risks, but it does not eliminate them. Generation margins, customer tariffs, procurement costs, and project sales react differently to market changes.

Energy procurement is of particular importance for the metals business because industrial processing requires a reliable and competitive energy supply. The group can improve its position through its own generation, trading, and hedging. Nevertheless, the economic evaluation of intra-group deliveries remains crucial: A benefit for the metals business must not be recorded as additional profit if it is merely shifted between business units.

At the same time, new opportunities are emerging through battery storage. In the first half of 2026, projects with a capacity of more than 400 megawatts were commissioned in Greece and Italy. These activities expand the business model but also create investment, market, and execution risks. Developing several growth businesses simultaneously increases the demands on capital discipline and management capacity.

Cash flow trumps the growth narrative

For financing new facilities, solvency is at least as important as reported earnings. Metlen reported an operating cash flow after interest and taxes of approximately €735 million for the first half of 2026. After deducting reported investments in property, plant and equipment and intangible assets, this leaves approximately €515 million. However, this simplified view does not replace a complete analysis of all investment and financing activities.

At the same time, the company's adjusted net debt decreased by approximately €728 million. The corresponding debt ratio fell from 3.1 at the end of 2025 to 1.7. This fundamentally improves the financial flexibility for new projects and reduces vulnerability to earnings setbacks.

However, the definitions must be considered. The adjusted figure excludes certain project financings not recourse to the group, as well as related liquid assets and earnings contributions. It is therefore not interchangeable with an unadjusted net debt figure. Similarly, a strong half-year cash flow includes movements in inventories, receivables, and payables that are not arbitrarily repeatable.

Especially in a business model involving the development and sale of energy systems, cash flows fluctuate. Therefore, it is crucial whether the company generates sufficient funds after ongoing investments over several periods. A convincing gallium strategy gains value when it can be financed from a robust core business, rather than relying on permanently increasing debt.

Public funding comes at a price

The gallium investment benefits from significant institutional support. For the approximately €300 million bauxite, alumina, and gallium program, roughly €118 million in grants and tax incentives have been announced. An additional €90 million in financing is provided by the European Investment Bank. However, these amounts must be treated differently from an economic perspective.

A bank loan must generally be repaid; it is not a grant. Tax incentives, depending on their design and use, unfold their value over a longer period. Furthermore, the project components considered by the development bank are not simply identical to every publicly stated total investment. Therefore, simply adding up all support amounts would easily create a false impression of the remaining equity financing requirement.

Economically, government support can be justified if an investment creates benefits that the operator cannot fully recoup through the sales price. Security of supply for numerous companies is one such benefit. An additional production source can reduce the risk for entire industries, even if its own annual revenue remains relatively small. Without support, therefore, less investment might be made than would be beneficial from a macroeconomic perspective.

However, this argument has its limits. Strategic importance should not automatically exempt companies from economic viability assessments, environmental requirements, or transparent performance monitoring. Good industrial policy facilitates the development of competitive capabilities. Poor industrial policy perpetuates high costs without demonstrating that the promised security benefits actually materialize.

The stock is not a gallium bet

On October 20, 2026, Metlen's London closing price was €48.16. Compared to the lowest intraday price in March of €30.50, this represents an increase of almost 58 percent. Choosing a different trading venue, reference date, or closing price instead of the intraday low could lead to a different performance. The magnitude of the strong recovery since March is thus understandable, but not every percentage figure mentioned is directly comparable.

Furthermore, no clear gallium effect can be attributed to the recovery. At the same time, group profit, cash flow, and debt ratios improved; further growth activities gained attention. The stock reflects expectations for the company as a whole. Gallium can act as a signal of a strategic repositioning, even if it is not yet the most important profit driver.

An additional share price potential of 60 percent should therefore be understood as an optimistic valuation scenario, not as an objectively fixed return. Based on the London closing price of October 20, such an increase would correspond to a price of approximately €77. In contrast, an analysis published in October by Solidus Securities cited a target price of €57. Different target prices reflect different assumptions, timing, and risk weightings.

Even a stop-loss order at €39.80 is not a fundamental guarantee of safety. It was approximately 17 percent lower than the previous price of €48.16 and merely represents a possible trading rule. Execution may deviate from this rule in the event of price gaps or rapid movements. For an economic evaluation, sustainable profits, capital requirements, and the already priced-in growth success are more important than an isolated price level.

New providers are changing the market

Metlen is not the only company looking to expand gallium production outside of China. In Western Australia, the final investment decision for a plant at the Wagerup alumina site was announced in July 2026. The project, linked to Alcoa, is backed by Australia, Japan, and the USA. The announced production capacity is 100 tons per year.

In Canada, Rio Tinto, together with partners, is developing a process for extracting gallium from alumina processing. A pilot plant is scheduled to begin operation in 2027. A demonstration plant with an annual capacity of up to four tons is planned; a future commercial target of up to 40 tons per year has been mentioned. These development stages should not be considered as if they were already existing production.

Taken together, these projects nevertheless illustrate a structural shift. China remains a dominant producer, but industrial alternatives are becoming more concrete, both technically and financially. This is positive for Europe because several independent sources are more resilient than a single new supplier. For Metlen, however, it also means that the current scarcity premium could come under competitive pressure in the long term.

This contains an economic paradox: the more successful international diversification, the smaller the exceptional price premium outside of China could become. A project that would only be attractive at extremely high prices would therefore have a fragile foundation. Sustainable competitiveness must be based on processes, costs, quality, customer loyalty, and reliable delivery.

AI creates demand, not certainty

Artificial intelligence is increasing attention to gallium nitride (GaN) because data centers require high-performance and compact power supplies. GaN components enable high switching speeds and can reduce losses in certain power converters. This allows for more efficient and compact designs of power supplies and other components. Gallium therefore benefits not necessarily as a material in the actual computing processor, but as a component of the power supply.

This distinction prevents widespread exaggeration. Increased AI investment does not automatically lead to a proportional increase in gallium consumption. Crucial factors include the architecture used, the amount of material per component, the manufacturing yield, and the market penetration of GaN. At the same time, silicon and silicon carbide remain important or complementary technologies in many applications.

Even with renewable energies, a distinction must be made. Gallium plays a role in certain solar cell technologies and in power electronics. However, this does not mean that every additional photovoltaic system requires a comparable amount of gallium. The large solar market, in terms of volume, should not be interpreted as a direct sales base for gallium without technical differentiation.

The demand argument is more robust for applications where the special properties of gallium compounds are difficult to replace. These include certain high-frequency and defense applications. Even there, however, budgetary considerations, product cycles, and qualification times remain relevant. The strategic need is real; its precise growth path remains uncertain.

Recycling requires the right material flows

A resilient supply cannot rely solely on new primary production. Recovery of gallium from industrial waste is also important. Concentrated production residues from the manufacture of gallium-containing semiconductors are particularly interesting. They possess different economic properties than the widely distributed metal found in discarded electronic products.

Therefore, a distinction must be made between recycling manufacturing waste and recovery from end-of-life products. In the former case, the origin and composition are often better known. In the latter, low concentrations, material diversity, and complex separation processes hinder economic viability. Successful recovery from clearly defined residual materials thus does not yet demonstrate a functioning circular economy for all gallium-containing devices.

Metlen's activities in the field of circular metals generally fit into this development. They aim to unlock additional value from existing material streams. However, they are not automatically synonymous with a specific amount of gallium recycling. Economic success depends on the composition, recovery rate, processing costs, and sales opportunities of the recovered metals.

Environmental benefits must also be specifically assessed. Utilizing existing material flows can improve resource efficiency. However, additional separation and purification steps require energy and chemicals and generate their own residues. The overall process balance is crucial, not simply the classification as a by-product or recycled material.

Security of supply is a systemic problem

European raw materials policy sets targets for 2030 of at least 10 percent domestic production, 40 percent processing, and 25 percent recycling. At the same time, for strategic raw materials at a relevant processing stage, no more than 65 percent of annual demand should come from a single third country. These targets describe a policy direction; they do not guarantee the supply of any individual company.

Metlen's project contributes significantly to building European extraction and processing expertise. However, it does not eliminate all upstream dependencies. To safeguard the industrial network, long-term agreements were concluded with Rio Tinto, including the delivery of approximately 14.9 million tons of bauxite from Guinea between 2027 and 2037. These quantities supplement domestic production in Greece.

In addition, a long-term purchase agreement for approximately 3.9 million tons of alumina by Rio Tinto was concluded for the period from 2027 to 2034, with an option to extend. Linking raw material procurement and product sales improves predictability. It also demonstrates that strategic autonomy is not synonymous with complete national self-sufficiency. International supply relationships remain an integral part of the business model.

This presents Greece with the opportunity to move beyond traditional basic material production and into more technologically advanced value chains. For Germany and other European industrial locations, an additional source can reduce procurement risks. However, the benefits depend on whether European companies gain access to suitable grades and can actually connect downstream processing capacities.

What success depends on

Until the planned start of production, the most important test will be the technical implementation. Construction progress, commissioning, and ramp-up must transition into stable operation. Only then can the announced capacity, actual yield, and marketable quality be compared. A timely first delivery would be an important milestone, but not yet proof of sustained annual production.

After that, the focus shifts to key economic indicators. Relevant factors include realized sales prices, contractually secured quantities, costs, and additional capital requirements. Equally important is whether additional customers can be acquired without creating excessive dependence on individual clients. Diversified sales can strengthen negotiating positions, while overly extensive commitments can limit flexibility in later market phases.

For the group as a whole, the crucial factor remains whether the recovery in the energy and project business continues and generates sufficient free capital. Gallium can showcase industrial expertise and enhance the portfolio. However, it cannot compensate for weak project control or persistently inadequate returns on capital in other areas. Therefore, the most compelling development would not be the highest short-term gallium price, but rather a competitive operation within a financially sound group.

Europe's opportunity therefore lies less in the spectacular end of Chinese market power than in the gradual development of credible alternatives. Even a single additional source can shift negotiating power and reduce the vulnerability of key industries. Whether this translates into a sustainably successful business for Metlen depends on quality, cost, and delivery. Raw material sovereignty begins with a single facility; its economic viability is only proven through continuous operation.

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