By Thomas Kerr, CFA
OTCQX: TLGRF | ASX: TLG
READ THE FULL TLGRF RESEARCH REPORT
Talga Qualification Anode Plant Update
Talga Group (OTCQX: TLGRF, ASX: TLG) has recently achieved record customer validation and sales volumes through its test EVA plant (see below for more details on this plant). Talnode® anode products are now being supplied to 21 active qualification and technical validation programs with battery manufacturers in specific fast charge/high-power applications. These include AI Datacenter / BESS (Battery Energy Storage Systems), defense, robotics, drones, performance BEV’s, and hybrids.
The performance benefits of highly engineered fast-charge, high-power natural graphite is garnering wide market recognition as the current high petroleum costs are threatening many synthetic graphite producers. As opposed to Talga’s natural graphite processes, synthetic graphite production is significantly more energy-demanding and expensive.
Many customers also continue to highlight concerns around supply security due to geopolitical tensions and policy factors, and Talga is actively working with them and their governments to enable supply chain diversification.
Multi-year qualification activities with several Japanese customers of both Talnode® and Talphite® products progressed during the quarter, which is setting the stage for commercial and strategic discussions scheduled to take place this May and June in Japan. This is supported by Talga’s recently granted Japanese patents and the impact of China’s export restrictions on dual-use graphite, affecting dozens of Japanese companies.
Financing Update
Talga is actively pursuing non-dilutive funding through various government programs to accelerate its path to commercial production, while other European Commission programs are still being finalized. This approach builds on the company's already substantial funding situation, which includes a €150 million (A$260 million) European Investment Bank debt facility and a €70 million (A$120 million) EU Innovation Fund grant.
The Vittangi Anode Project's Strategic development status, combined with its strong alignment with Europe's supply-chain sovereignty, sustainability, and defense priorities, positions Talga to secure additional non-dilutive support. This is also reinforced by the company's proven track record in attracting state funding.
Front-End Engineering Design (FEED) Study
Talga’s FEED studies and activities in Sweden for the first 5,000 tpa commercial anode line continue to advance. This progress follows the awarding of The Industrial Leap 1 grant of SEK 82.6 million (~A$13.35 million), which provides funding support on the pathway to a Final Investment Decision (FID). Phase 1 of pre-construction works at the Luleå site to support the development of the 5,000 tpa plant is complete. The facility will produce premium graphite anodes for fast-charge, high-power lithium-ion battery applications and is set to deliver hundreds of direct and indirect jobs in northern Sweden while contributing to a more secure and self-reliant European battery industry.
The company’s technical team is working closely with its primary engineering partner Worley to deliver process, mechanical, and piping work packages, while Sweco and ABB are providing civil/structural and electrical engineering design. The FEED Study is on track to finish mid-year, with six of the nine work packages directly related to engineering, technical, and financial aspects of the project.
Looking ahead, Talga's key priorities include securing additional non-dilutive funding under EU and member state programs, converting new active EVA customer programs into multi-year offtake agreements, and completing the FEED study to support a Final Investment Decision targeting commercial output in 2027-28.
The company also aims to roll out additional high-performance Talnode® variants with a focus on ultra-fast charge and ultra-long life products to drive premium pricing, expand its offtake base, and strengthen its market-leading IP portfolio. In addition, the company plans to continue to advance previously announced U.S. and Japanese opportunities for the Talnode® process and product technologies to deepen strategic partnerships and broaden its revenue profile.
3rd Quarter Capital Raise
During the quarter, the oversubscribed Share Purchase Plan closed successfully, raising A$7.3m through the issuance of 17.7 million new shares at A$0.41 per share. Eligible SPP participants also received one free unlisted attaching option for every two New Shares allocated with an exercise price of A$0.58 per option with an expiration date of February 11, 2028.
Holders of the Attaching Options may receive one fully paid ordinary share and one free unlisted piggyback option for every Attaching Option exercised. The Piggyback Options have an exercise price of A$0.65 and an expiration date of 2 years from the expiration of the Attaching Option.
U.S. Market Opportunity
In the 3rd quarter, Talga advanced its strategic entry into the U.S. market by hiring United Catalyst Corporation (UCC) as its Program Facilitator and U.S. contracting representative. This move followed engagement with U.S.-based battery manufacturers at the International Battery Seminar (Orlando, FL, 3/24/26), as well as subsequent meetings with federal agencies in Washington, D.C., and Tokyo.
UCC is supporting Talga’s plans to expand graphite and anode production into the U.S. “Battery Belt,” leveraging the company’s existing Swedish production plant design and its FEOC-free supply platform to address growing demand for critical minerals in the United States.
The U.S. "Battery Belt" refers to a corridor of states across the South and Midwest that has emerged as the hub of American battery and electric vehicle manufacturing. Prominent states include South Carolina, Tennessee, Kentucky, Georgia, Michigan, Ohio, North Carolina, and Alabama.
The partnership is actively pursuing federal and state funding opportunities tied to offtake agreements, stockpiling, and domestic production. Talga is engaging with multiple U.S. agencies, including the DOE, DOD, Defense Logistics Agency, ARPA-E, Department of Commerce, and Economic Development Administration. Also, the company has begun site selection work with the South Carolina Department of Commerce and is in discussions with a growing number of U.S.-based battery cell manufacturers, particularly those focused on defense applications where its FEOC-free materials are highly valued.
Industry Developments
Global anode market conditions during the 3rd quarter were shaped by geopolitical tensions, robust demand growth from the energy storage sector, and accelerating efforts by Western economies to reduce dependence on Chinese anode supply chains. A late-2025 agreement to delay China's planned export restrictions to the U.S. until November 2026 offered a degree of near-term market stability. Furthermore, existing trade barriers and the continued application of "Foreign Entity of Concern" (FEOC) rules kept pressure on Western manufacturers to prioritize non-Chinese feedstock.
In March, the U.S. International Trade Commission rejected higher anti-dumping and countervailing duties on Chinese active anode material, keeping tariffs around 35% instead of up to 220% and preserving the cost advantage of imports over domestic supply, though a potential appeal remains uncertain. Meanwhile, rising Japan/China tensions led Beijing to impose export controls on key dual-use minerals, including graphite, underscoring supply chain risks for Japan’s battery industry.
Against this broader geopolitical backdrop, the anode market sustained strong volume growth through the 3rd quarter, driven by moderating EV demand across different jurisdictions alongside accelerating demand from battery energy storage systems (BESS) and AI-driven data center infrastructure. All of these dynamics continue to reshape global anode supply chains and reinforce the strategic importance of securing diversified, non-Chinese sources of feedstock for Western and allied manufacturers.
3rd Quarter 2026 Financial Update
Talga ended the period with a cash balance of A$28.2 million, including an unrealized loss of A$839,000 due to foreign exchange fluctuations. Restricted funds were A$10.4 million related to grant funding.
Revenues in the quarter were A$57,000 related to sales of anode products from the current EVA 50 tpa plant. Operating cash flow was a use of cash of (A$4.2) million, and capital expenditures were (A$2.0) million. Due to the capital raise during the quarter, the cash position was mostly unchanged.
The company has 510.9 million quoted ordinary shares, 41.3 million unlisted options, and 500,000 performance rights on issue. The current market capitalization is approximately US$95.0 million.
Second Half (December 2025) Financial Report
On March 12, 2026, the company released its full 2nd half financial report for the period ending December 31, 2025. The results were largely in line with expectations as the company continues to make progress on the development of its graphite mine and advanced anode refinery. Talga generated minimal revenues totaling approximately A$518,000 from small amounts of anode sales, interest, and grant income. Cash used in operations was (A$7.4) million, and capital expenditures were A$4.2 million in the 2nd half.
Talga ended the quarter with A$28.4 million in cash, which includes A$13.35 million in restricted funds from the Industry Leap grant (see below). Net working capital was positive and totaled A$13.3 million.
The company also had conditional financing facilities totaling A$125 million from the EU Innovation Fund and Environmental Bonds. The company has 510 million shares outstanding, 14.8 million unlisted options, and the market capitalization is approximately US$98.0 million currently.
Commercial, Product, and Project Developments
- Commenced the Front-End Engineering Design (FEED) study for a 5,000 tpa anode plant to start commercial production as part of a modular scale-up.
- Delivered strong commercial traction with EVA anode customer receipts doubling from the prior corresponding period, including the largest anode shipment to date under existing offtake agreements.
- Record demand from battery manufacturers for qualification material since production commenced in 2022.
- Launched Talnode®-R, a proprietary graphite anode produced from recycled lithium-ion battery waste.
- Secured a Supply Agreement with Aurubis to provide black mass graphite for Talnode®-R manufacturing.
- Executed a Strategic Cooperation Agreement with leading US auto-industry recycling firm, United Catalyst Corporation, to explore the establishment of Talnode® production in North America.
- Achieved major regulatory milestones for the Nunasvaara South mining concession with land-use approvals and Detailed Plan progression.
- Received Exploitation Concession approvals for the Nunasvaara North, Niska South, and Niska North graphite deposits of the Vittangi Graphite Project in northern Sweden.
- Strengthened Talga’s intellectual property portfolio with three new graphite anode product patents secured in the US and one in Japan.
- Expanded the product portfolio with performance-enhancing additives based on Talga’s high-purity graphite, opening new commercial opportunities across a wider range of battery technologies.
- Advanced participation in multiple EU-funded R&D projects to enhance supply chain resilience and commercial pathways for Talga’s high-performance graphite and silicon-carbon anodes.
- Mutually agreed to terminate the Aero Joint Venture with global lithium giant SQM after the Swedish Inspectorate for Strategic Products did not satisfy the conditions precedent in a reasonable time.
Aero Project in Sweden
On January 15, 2026, the company announced that recent rock chip sampling programs, field mapping, and evaluation have confirmed evidence of high-grade gallium and other critical elements at the 100% owned Aero Project in northern Sweden. The Aero Project covers 270 km², located 20 km southeast of Gällivare, a major mining hub in Sweden's Norrbotten region. Previous exploration activity at Aero has identified lithium oxide over a 50 km total strike with surface sample grades of up to 1.9% Li2O.
Gallium is a soft, silvery metal and a chemical element with unique properties, where it can melt in your hand at a temperature of 86°F (30°C). It is considered a strategic or critical metal due to its important uses in semiconductors, LEDs/lasers, and defense and space applications.
Talga recently completed field mapping and geochemical rock outcrop sampling and re-evaluated the project through the application of the Exploration Information System (EIS) digital tool. The company plans on refining and updating this model as exploration activities progress and new data is made available. The surface rock exposures have returned high-grade and anomalous concentrations of gallium, other rare earth elements (REEs), including yttrium, and other critical minerals and elements, which statistically exceed bulk crustal abundances. These results are considered significant for a first pass exploration such as this.
This collection of critical minerals and elements is gaining importance in global supply chains as governments such as the US, UK, Japan, Europe, South Korea, Australia, and Canada collaborate to build strategic reserves. Gallium and cesium are used in semiconductors, which drive advanced telecommunications among other applications. Niobium, scandium, tantalum, and yttrium are commonly used in alloys for lightweight applications that are crucial in the aerospace, defense, and automotive industries. Yttrium is also used in lasers.
We believe the potential of Aero will be greater than previously recognized due to recent exploration results. Although still in the exploration phase, the company is pursuing US and EU funding opportunities, including applications under DOE critical minerals programs and EU CRMA strategic project calls, to accelerate development of the project. In addition, Talga is engaging with major strategic partners for joint ventures targeting global companies in mining, technology, and defense sectors. This approach will allow Talga to unlock Aero's value while prioritizing the company’s core graphite battery anode business.
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