IperionX says its GenX continuous titanium furnace processed more than 500 kilograms of powder while using substantially less power, magnesium and hydrogen than batch HAMR production. The results strengthen the case for an industrial-scale line, although further optimisation and engineering work are still required.
- More than 500 kg processed across four continuous campaigns
- Six times the batch HAMR throughput on a like-for-like runtime basis
- Power consumption down more than 75% per kilogram
- All spherical samples met the ASTM Grade 23 oxygen limit
- Industrial-scale engineering and technoeconomic evaluation planned for Q4 2026
GenX moves titanium production beyond batch processing
IperionX Limited (NASDAQ: IPX, ASX:IPX) has reported a potentially important operating breakthrough: its GenX continuous furnace processed more than 500 kilograms of titanium powder across four production campaigns, with six times the throughput of its batch HAMR system on a like-for-like runtime basis.
The commercial-scale system ran for a combined 41 hours at an average rate of approximately 12 kilograms per hour. IperionX says continuous operation could remove the repeated heating, cooling, loading and unloading steps associated with batch processing, creating a possible route to higher equipment utilisation and lower unit costs.
Measured input savings sharpen the economics
The early operating data is notable for more than throughput. Per kilogram of titanium powder, GenX used more than 75% less power, over 45% less magnesium and more than 60% less hydrogen than the company’s batch HAMR reference operation.
Magnesium is HAMR’s largest reagent cost, according to IperionX, and lower consumption could also reduce the by-product requiring downstream leaching and handling. The company has not yet quantified how those measured process savings translate into commercial production costs, installed capital per tonne or labour costs. Those claims remain potential benefits to be tested through further campaigns and engineering work.
Oxygen results support powder quality
Product quality also cleared important benchmarks. All spherical titanium powder samples met the more stringent ASTM Grade 23 oxygen limit, while the company reported that seven of eight angular powder samples met the Grade 5 limit. Four of the reported angular samples also met the Grade 23 threshold.
The filing contains an apparent sampling inconsistency: its table lists seven analysed angular samples, while the narrative refers to eight samples and an additional sample excluded after an interrupted furnace run. That discrepancy does not alter the reported spherical result, but additional campaigns should clarify the angular sample count and test whether minor process refinements can consistently achieve Grade 23 performance.
Q4 work will test industrial-scale viability
IperionX plans to optimise the current GenX furnace during the fourth quarter of 2026, integrate it into a complete titanium powder production line and advance the technoeconomic and engineering evaluation of its first industrial-scale GenX line. The company says GenX is not required for its existing 200-tonne-per-annum production ramp or planned Virginia expansions, which limits the immediate operational dependency on the new platform.
That distinction matters. The validation provides encouraging process data, but it is not yet a commercial production decision. The next test is whether the lower measured input use, higher throughput and simpler continuous configuration survive integration into a full line and support the capital and labour economics IperionX is targeting.
Bottom Line?
GenX has produced strong early operating evidence, but the investment case now turns on repeatability, full-line integration and the economics of an industrial-scale furnace.
Questions in the middle?
- Will further campaigns consistently deliver Grade 23 oxygen performance for angular powder?
- How much of the measured input saving will translate into lower finished titanium costs?
- What capital intensity and annual capacity will the first industrial-scale GenX line achieve?