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IperionX's Covia Camden deal unlocks the largest stacked-critical-minerals play across the 'Big Sandy' province in Tennessee USA At first glance, it is a disciplined, strategic US$3m bolt-on acquisition next to the $IPX Titan Project But the opportunity is transformational: IperionX has added a high-grade, lower-cost foundation for its leading American rare earth and critical minerals platform Historical mining at Camden only targeted the high-purity silica sand horizon. Decades of silica sand operations just separated and stockpiled the heavy rare earth and critical minerals, rather than commercialising them.  That singular focus on high-purity silica sand also left behind the highest-grade mineral horizon across the Big Sandy province, the Lower McNairy seam, and left a pre-stripped horizon over a vast ~140 acres. That is potentially a massive development shortcut. For IperionX, Camden adds the potential of at-surface rare earth and critical mineral stockpiles, mineral rights, equipment, rail, utilities, owned and leased land, and established industrial infrastructure directly beside Titan in Tennessee. That is important because critical mineral projects are typically hardest at the start: upfront capex, stripping, infrastructure buildout and years of work before valuable feedstock arrives. For U.S. strategic supply chains, Titan + Camden will strengthen domestic supply across titanium minerals, zircon and heavy rare earth-bearing monazite + xenotime minerals: critical inputs for American defense, aerospace, magnets and advanced manufacturing. Camden unlocks new opportunities across ‘Big Sandy' The first strategic opportunity is the pre-concentrated mineral stockpiles: nearly 50 acres of pre-processed critical mineral feedstocks already at surface. These point to a potential high-grade feed source that could deliver lower capex and mining costs. The next prize is the pre-stripped, higher-grade Lower McNairy rare earth and critical mineral horizon over ~140 acres At Titan, the Lower McNairy is a powerful critical mineral horizon with ~50% higher grade than the Upper McNairy, but the value uplift is far larger: Nearly 3x the contained zircon minerals, 2.5x contained high-grade titanium rutile minerals and 14x the contained rare-earth minerals (including Xenotime) per tonne of minerals sands. That is why Covia’s exposed, pre-stripped, and thick Lower McNairy seam could materially shift total project economics. That could also underpin a superior ‘Big Sandy' development pathway: Stockpiles first. Minimal mining cost, higher grades  Pre-stripped Lower McNairy second. Lower strip ratio, higher grades  Sale Titan third. Long-life rare earth and critical mineral production backbone Camden potentially unlocks a faster, lower cost pathway to early high-grade rare earth and critical mineral feedstock. If IperionX confirms tonnage, recoveries and processing performance, this acquisition could become the high-grade front-end that potentially unlocks a larger, more valuable project that is faster to commercialise. $IPX may have secured a highly valuable shortcut that makes 'Big Sandy' the premier, permitted, heavy rare earth and critical minerals stacked development play in the U.S.

IperionX is pleased to release the Titan Project DFS, one of the most compelling, shovel-ready rare earth and critical minerals development opportunities in the United States. - NPV8 of US$813 million (post-tax) - IRR of 39.4% (post-tax) - 3.6 year payback The DFS outcomes are underpinned by key mine-area permits already in place, a Proved and Probable Ore Reserve base, a modular staged development pathway, conventional mineral sands processing, established infrastructure and a premier U.S. critical minerals jurisdiction. The full DFS document can be found at: https://t.co/4ZihFomi40 $IPX $IPX.AX #titanium #rareearths

Installation of our state-of-the-art SACMI 300-ton, six-axis hydraulic press is underway at the IperionX Titanium Manufacturing Campus! This press enables high-speed cycles and continuous flow, resulting in increased efficiency and the rapid production of high-performance parts in a fraction of the time, and material, compared to traditional subtractive manufacturing. It can be used to press flat parts such as watch blanks, short parts including fasteners, and a range of other complex products such as gears.