Advanced Engineered Materials is forecasting a sharp lift in second-half sales as its Quebec high-purity alumina operation moves from qualification work towards commercial production. The larger prize is a possible 6,000-tonne-per-year expansion, but that plan still depends on feasibility, financing and final investment approval.
- Second-half 2026 sales forecast at 40 to 60 tonnes
- 225 customer projects in the qualification pipeline at end-August
- Cap-Chat capacity targeted to reach 3,000 tonnes per year by 2028
- Stage 2 expansion could lift capacity to 6,000 tonnes per year from 2029
- A$23.7 million cash balance at 30 June 2026
Sales Pipeline Moves Towards Commercial Scale
Advanced Engineered Materials Ltd (ASX:AEM) is preparing for its first meaningful commercial test: the company expects sales of approximately 40 to 60 tonnes in the second half of 2026, compared with 12.5 tonnes sold in the first half. That earlier volume generated A$460,000 of revenue, with realised pricing of US$25.40 a kilogram and an order-book price of US$27 a kilogram.
The sales forecast is being supported by a sizeable, though explicitly uncontracted, customer pipeline. AEM reported 225 projects in qualification at the end of August, including 38 in industrial trials and 18 qualified or in a commercial relationship. The aggregate project scope is approximately 6.4 kilotonnes per year on an un-risked basis, meaning it is not an order book and may not convert into orders of the same size, or at all.
The company says demand is strengthening in semiconductor applications, including thermal management, ceramic components and packaging. It has also modified the Cap-Chat plant to produce ultra-low alpha high-purity alumina, with uranium and thorium levels below 1 part per billion. AEM says customer qualification can take one to three years, making the movement of projects into industrial trials more informative than the headline pipeline number alone.
Cap-Chat Expansion Sets the Operating Test
AEM’s commercial-scale plant at Cap-Chat, Quebec, currently has 2,000 tonnes per year of nameplate capacity. A dedicated 3N5+ circuit is being added during 2026, which the company says will take total capacity to 3,000 tonnes per year. The 4N+ circuit is targeted to reach full run rate by the end of 2027, while the 3N5+ circuit is expected to reach design production by mid-2028.
The plant’s economics are built around Quebec hydroelectricity, which AEM says costs less than US$0.05 per kilowatt-hour, and a process powered approximately 98% by renewable energy. A CM Group estimate cited in the presentation places AEM in the bottom half of the global HPA cost curve, including China. That is a third-party assessment rather than company-generated operating performance, and the key question is whether the projected cost position survives the ramp-up from pilot and qualification activity to sustained production.
Stage 2 Economics Remain Conditional
The more ambitious plan would add a Stage 2 plant beside the existing operation and lift total installed capacity to 6,000 tonnes per year from 2029. AEM’s June 2025 pre-feasibility study estimated initial capital expenditure of US$215 million, based on an underlying estimate of approximately C$298.8 million at fourth-quarter 2024 prices. The company says a definitive feasibility study is due in the third quarter of 2026.
At steady state from 2032, the study modelled production of approximately 3,000 tonnes per year and EBITDA ranging from about US$47.1 million under CM Group’s current pricing assumptions to US$85.2 million under its long-term pricing assumptions. Those figures imply margins of 74% to 83.7%, but they remain study outputs rather than achieved financial results. Stage 2 is subject to the definitive study, financing and a final investment decision.
AEM held A$23.7 million in cash at 30 June 2026 and reported A$175.7 million in net assets, with A$120.5 million of plant substantially built and commissioned. That balance sheet provides a starting point for the next phase, but the proposed Stage 2 capital requirement is large relative to the disclosed cash position. The immediate evidence investors can test will come from actual second-half sales, customer conversions, the 3N5+ commissioning work and the feasibility study, rather than the longer-dated capacity ambition.
Bottom Line?
AEM has a credible route from customer qualification to higher sales, but the investment case now depends on converting pipeline interest into repeat orders before committing to a much larger, externally funded plant.
Questions in the middle?
- How much of the 40 to 60 tonnes forecast for the second half of 2026 will come from repeat commercial customers rather than qualification-related orders?
- Will the 3N5+ circuit enter production on schedule and maintain the cost and quality characteristics assumed in the expansion studies?
- What mix of debt, equity, government support and operating cash flow would fund the proposed US$215 million Stage 2 expansion?