IperionX has transitioned its Virginia titanium operations to continuous 24/7 production, ramping proprietary HAMR™ titanium powder output to 4.2 metric tons in March and targeting 200 tons per annum by the end of 2026. Alongside manufacturing capacity expansions and strong U.S. Department of War backing, the company advances its critical minerals project in Tennessee.
- Virginia operations move to continuous 24/7 titanium powder production
- HAMR™ powder output reaches 4.2 metric tons in March, targeting 200 tpa by year-end
- New powder metallurgy presses and sintering furnaces commissioned to ease bottlenecks
- U.S. Department of War grants total US$59.8 million, including US$47.1 million IBAS award
- Titan Critical Minerals Project DFS on track for mid-2026 completion
From Pilot to Industrial Scale: Virginia Campus Ramps Up
IperionX (ASX:IPX, Nasdaq: IPX) has marked a significant milestone by shifting its Virginia titanium manufacturing campus into continuous, 24/7 operations. The proprietary HAMR™ titanium powder production systems, which use 100% recycled American feedstock, produced approximately 4.2 metric tons in March; an annualised rate of about 50 tons. This early-stage ramp sets the foundation for the company’s ambitious target of 200 tons per annum (tpa) by the end of 2026.
The transition from commissioning to steady-state production is a decade in the making, backed by over US$75 million in U.S. government funding. IperionX’s proprietary HAMR™ and HSPT™ technologies bypass the energy-intensive Kroll process, promising a more efficient, lower-cost domestic titanium supply chain. The ramp-up is not just about volume: the company is broadening its product mix and enhancing production consistency while commissioning downstream powder metallurgy and sintering capacity to convert powders into high-performance titanium components.
Expanding Manufacturing Capacity to Meet Customer Demand
To address current bottlenecks in finished titanium product manufacturing, IperionX installed a new six-axis 300-ton SACMI powder metallurgy press during the quarter, with commissioning planned for the June quarter. This press offers higher compaction forces and complex part geometry capabilities, enabling higher-volume production of titanium components for defense and industrial customers.
Additional HSPT™ sintering furnaces are scheduled for commissioning in the coming quarters, expected to remove sintering capacity constraints and accelerate customer qualification timelines. The company is also expanding additive manufacturing capabilities with binder jet systems retrofitted for titanium powder, aiming at rapid prototyping and low-rate production of complex components.
This manufacturing scale-up aligns with IperionX’s tiered go-to-market strategy prioritising higher-value engineered titanium products, where its proprietary processes provide competitive advantages in material yield and cost reduction. Customer engagement has grown across defense, aerospace, automotive, consumer electronics, and industrial sectors, with programs progressing from prototyping to qualification and low-rate production.
Notably, the company’s U.S. Army titanium fastener program, developed with partners including Rheinmetall and Carver Pump, is advancing from prototype orders to potential broader deployment, reflecting the staged commercialization pathway for advanced titanium components. This follows earlier prototype order for U.S. Army parts secured by IperionX.
Robust U.S. Government Support Underpins Growth
IperionX’s scale-up benefits from substantial U.S. Department of War backing, including a fully obligated US$47.1 million Industrial Base Analysis and Sustainment (IBAS) award to support expansion to 1,400 tpa titanium production capacity. This builds on a prior US$12.7 million Defense Production Act Title III award and an SBIR Phase III contracting pathway worth up to US$99 million, underpinning the company’s role in reshoring critical titanium manufacturing for national security.
The U.S. Government has also transferred approximately 290 metric tons of titanium scrap to IperionX at no cost, providing feedstock security equivalent to 1.5 years of current full-capacity operation. As of March 31, 2026, IperionX held US$48.2 million in cash and US$42.1 million in remaining obligated reimbursable government funding, supporting ongoing ramp-up and R&D initiatives including the GenX™ continuous HAMR™ platform development.
Critical Minerals Project Advances Strategic U.S. Supply Chain Goals
Beyond titanium metal production, IperionX is advancing the Titan Critical Minerals Project in Tennessee, which hosts significant titanium, rare earths, and zircon resources, including heavy rare earth elements dysprosium, terbium, and yttrium. The DFS for Titan is on track for mid-2026 completion, positioning the project as a potential domestic source of critical minerals essential for defense and advanced manufacturing.
Given the global concentration of rare earth supply and the scarcity of heavy rare earths in the U.S., Titan’s development aligns with national priorities for supply chain resilience and independence. IperionX is actively engaging with the U.S. Government on funding pathways to accelerate Titan’s development post-DFS.
Financial Position and Outlook
Operating cash flows reflected continued investment in production ramp-up, R&D, and GenX™ development, with a net outflow of US$16.3 million for the quarter. The company expects to finish the financial year ending June 30, 2026, with a cash balance between US$36 million and US$40 million, factoring in capital expenditure and anticipated government reimbursements.
Revenue generation is anticipated to scale in the second half of 2026 as customer qualification programs mature and new manufacturing capacity comes online. However, timing remains dependent on customer acceptance and program schedules.
Bottom Line?
IperionX’s shift to continuous titanium production and expanded manufacturing capacity set the stage for scaling revenues in H2 2026, but execution risks remain as customer qualification and program timing dictate commercial progress.
Questions in the middle?
- How swiftly will IperionX convert prototype engagements into sustained commercial contracts across its target markets?
- What impact will the commissioning of new powder metallurgy presses and sintering furnaces have on production bottlenecks and delivery timelines?
- How will the completion of the Titan DFS influence funding decisions and the strategic positioning of IperionX in critical minerals supply?