At IperionX, we’re planting our flag to be the first name in American titanium, from raw materials to manufacturing.
NASDAQ & ASX Listed: IPX
$IPX $IPX.AX
Happy 4th of July and 250 years of American independence!
Today, we reflect on our nation's past, honor the contributions of all Americans, and look ahead toward the future we want to create for the next generation and beyond.
@iperionx's HAMR and HSPT technologies embody American ingenuity comparable to historic breakthroughs such as the Bessemer process for steel, the Hall-Héroult process of aluminum, and Nucor's electric arc furnace revolution - advances that dramatically reduced costs, enabled mass adoption, and powered American industry to global preeminence.
U.S.-produced titanium, offering exceptional strength-to-weight ratio and exceptionally long resistance to seawater corrosion, is ideally suited for modern naval vessels, submarines, and many more of our critical defense platforms. By delivering this superior material reliably and at lower cost, we enable American industry to build faster, more durably, and more competitively; helping restore the industrial capability that once made the United States the arsenal of democracy.
@iperionx is proud to celebrate Made in the U.S.A. Day as we re-shore a secure domestic titanium supply chain.
Our work closely aligns with recent U.S. Government efforts to revitalize American shipbuilding, strengthen the defense industrial base, and bring critical manufacturing back to U.S. soil.
IperionX has completed the acquisition of the Camden project - unlocking ultra-high grade minerals to accelerate the U.S. supply chain.
The Camden surface stockpiles have returned exceptional grades up to 23% THM - more than 8x higher grade than the Titan Project average - positioning IperionX to accelerate strategic titanium, zircon, and heavy rare earth feedstocks to the U.S. defense and advanced technology sectors.
Full release: https://t.co/cGlqlkmKOJ
$IPX $IPX.AX #titanium #rareearths #dysprosium #terbium #yttrium
IperionX has entered into an agreement to acquire key assets associated with Covia's Camden silica sand operation located adjacent to IperionX's Titan Project in Tennessee.
The acquisition strategically consolidates IperionX's position in the Big Sandy Critical Minerals Province and brings together four features that are rarely available in a U.S. critical minerals development setting:
1. Province consolidation
2. Stockpile optionality
3. Pre-stripped horizons
4. Established infrastructure
IperionX plans to rapidly advance stockpile surveys, drilling, sampling, mineralogical analysis, metallurgical test work, integration and project development studies.
Full release: https://t.co/xXWjTXPN4a
$IPX $IPX.AX #titanium #rareearths #criticalminerals #Tennessee
IperionX is pleased to release the Titan Project Definitive Feasibility Study (DFS) presentation.
IperionX is building a U.S. supply chain for heavy rare earths, titanium, zirconium and hafnium, delivering a U.S. critical mineral-to-metals platform for defense, aerospace, nuclear, semiconductors, robotics and advanced manufacturing supply chains.
The full presentation can be found here: https://t.co/6qQdvFdjm2
#titanium #rareearths #zirconium #hafnium $IPX $IPX.AX
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
IperionX’s Titan Critical Minerals project is fully permitted and is one of the few domestic projects that can provide a vital, secure, and long-term U.S. critical mineral supply chain within the next few years. At full production, Titan has the potential to produce ~110,000 tons per annum of titanium minerals that would underpin a secure, uninterruptable U.S. titanium mineral to titanium metal supply chain. Further, Titan delivers the potential for more than a ~3x increase in U.S. production of DyTb to supply around 20% of current domestic demand for high-performance permanent magnets.
19 critical metals. Millions of years in the making. Born and made in Tennessee.
Titanium (Ti), Dysprosium (Dy), Terbium (Tb), Yttrium (Y), Gadolinium (Gd) – these are examples of metals that are essential in high-performance applications for defense and advanced industries.
Yet the U.S. lacks secure supply of these metals, including Dy and Tb, indispensable Heavy Rare Earths dopants that allow high-performance neodymium-iron-boron (NdFeB) permanent magnets to operate reliably at high temperatures across demanding applications.
IperionX's powder metallurgy scale-up continues at our Virginia Titanium Manufacturing Campus, including optimization of a 100-ton uniaxial press and commissioning of a cold isostatic press for larger-format titanium components. By using traditional powder metallurgy techniques, @iperionx can manufacture a broad range of products with far less waste than is generated by the incumbent supply chain, resulting in significantly lower cost. Any waste that is generated can be recycled back into the process via HAMR.
IperionX has successfully completed site acceptance and commissioning of its advanced 300-ton six-axis SACMI powder metallurgy press at IperionX's Titanium Manufacturing Campus in South Boston, Virginia.
The commissioning of the SACMI powder metallurgy press represents an important expansion of IperionX’s U.S. titanium manufacturing platform.
The press significantly increases IperionX’s compaction capacity and the ability to manufacture a broader range of complex titanium components using its powder metallurgy technologies.
Full release: https://t.co/ahKiguQEAc
SACMI OEM information can be found here:
https://t.co/hFEqTpbNhN
https://t.co/57swdhxmAJ
#titanium #powdermetallurgy $IPX $IPX.AX
The Pentagon has requested increased funding for missile procurement by 188% - demand that may outstrip the current defense industry’s production capacity. This signals a long-term priority amid global uncertainty as the U.S. stockpiles critical munition supplies.
https://t.co/haBicPQ6CJ
Production of missile systems are shifting from a strategic capability for defense industry suppliers, to a baseline industry. @Vested_Finance reports that global defense companies are seeing greater sales of missiles, some up to 50% of their revenue, with demand expected to accelerate over the next decade.
Hypersonic vehicles and advanced drones require specialty alloys designed for extreme temperatures, provide lightweight yet strong performance, and exceptional fatigue and stress resistance. @IISS_org shows where titanium alloys are key in propulsion systems, airframe structures, fasteners, and other components.
Simple powder metallurgy processes using the uniaxial press and our HSPT technology enables the rapid production of low-cost, high-performance titanium parts. @iperionx's uniaxial press can run at up to 12 cycles per minute, representing the potential to manufacture over 4.5 million of washers - pressed into green parts and sintered to a final product - each year.
IperionX is pleased to release its March 2026 quarterly report, transitioning to 24/7 continuous titanium production in Virginia - advancing a fully domestic, recycled scrap-to-part supply chain for U.S. defense and advanced manufacturing applications.
Backed by ~US$160m in U.S. Government support, the Company is scaling titanium metal operations while also progressing the Titan Critical Minerals Project to strengthen America’s critical materials independence.
Link: https://t.co/i2FncpatzE
$IPX $IPX.AX #titanium
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.
$IPX central to the Battle of Metals - Key re-stocking issue is missiles….and plenty of titanium from guide fins to cast titanium internal structures - the auto companies have been conscripted into the mass production of missiles. Central to this is obtaining the raw ingredients for this production.