Building on our proprietary titanium powders, IperionX can produce intermediate titanium mill products such as titanium plate and bar for advanced applications. The ability for vertical integration reduces lead times and enables efficient production of high-strength, light weight titanium inputs for further downstream processing.

IperionX targets the production of high-value titanium components that are manufactured subtractively (e.g., machining material away) by incumbent industry, generating large amounts of scrap – some of which cannot be efficiently recycled via the industry standard Kroll process. Using our patented near-net-shape powder metallurgy technologies, we can significantly reduce buy-to-fly ratios, minimize machining times and scrap generation, at lower costs – delivering complex titanium parts faster and more efficiently.

Through a fully integrated U.S.-based supply chain, IperionX delivers finished titanium components using both powder metallurgy and additive manufacturing. Our approach enables faster production, consistent quality, and cost-effective scalability for aerospace, defense, industrial, and advanced technology applications.

IperionX’s patented THRM™ and HSPT™ processes use hydrogen-enabled thermodynamics and powder-metallurgy processing to engineer wrought-like microstructures and mechanical properties in titanium alloys.

IperionX’s Titan Project is the cornerstone asset for an integrated U.S. critical minerals-to-metals strategy. It combines strong economics, multi-critical-mineral diversity and direct relevance to U.S. supply-chain security. Titan is designed to produce a heavy rare earth concentrate enriched in dysprosium, terbium and yttrium, together with titanium minerals and zircon concentrate.