How much funding has IperionX raised?

IperionX has raised $65M in total funding. Key investors include ARPA-E; Fidelity; B. Riley Principal Investments; U.S. Department of Defense.

Who is the CEO of IperionX?

Taso Arima is the CEO of IperionX. The company was founded in 2017.

What funding stage is IperionX at?

IperionX is currently at the Active stage.

How many employees does IperionX have?

IperionX has approximately 51-200 employees.

IperionX

Name: AM Companies Database
Creator: AMPulse
License: https://creativecommons.org/licenses/by/4.0/

MaterialsCharlotte, North Carolina, United States (Headquarters); West Valley City, UT (Operations)Founded 2017· One of 969 Materials companies tracked by AMPulse

IperionX is an Australian-US company producing low-carbon, low-cost titanium powders from recycled sources using patented HAMR and GSD technologies, targeting aerospace, defense, and automotive applications.

CEO / Founder: Taso Arima
Team Size: 51-200
Stage: Active
Total Funding: $65M
Latest Round: Grant
Key Investors: ARPA-E; Fidelity; B. Riley Principal Investments; U.S. Department of Defense

Technology & Products

Key Products

Sustainable, low-carbon titanium powders and alloys produced from 100% recycled titanium using patented HAMR and GSD technologies. The company also has a critical minerals business at the Titan Project.

Technological Advantage

Patented HAMR and GSD processes enable low-cost, zero-carbon titanium powders — up to 70% lower CO2 emissions vs. traditional methods (verified by Fraunhofer Institute). Produces from 100% recycled titanium scrap.

Differentiation

Value Proposition

IperionX offers a sustainable and cost-effective alternative to the traditional titanium supply chain by producing high-performance titanium powders from 100% recycled titanium with up to 90% lower carbon footprint, leveraging patented HAMR and GSD technologies.

How They Differentiate

IperionX differentiates itself through its focus on sustainability, low-cost production, and the use of 100% recycled materials to produce high-performance titanium powders with up to a 90% lower carbon footprint. They leverage patented HAMR and GSD technologies to offer a unique value proposition for environmentally friendly and cost-effective solutions.

Market & Competition

Target Customers

Aerospace, defense, automotive, consumer electronics, and medical device manufacturers.

Industry Verticals

["Aerospace/Defense","Automotive","Consumer Electronics","Medical"]

Competitors

Nemaska Lithium, Niron Magnetics, Nth Cycle

Growth & Milestones

Growth Metrics

Raised over $16.4M; secured exclusive rights to Blacksand Technology; listed on NASDAQ and ASX; currently scaling production capacity with offtake agreements.

Major Milestones

["2017: Founded as Hyperion Metals","2021: Partnership with EOS for low-cost titanium powders","2021: Secured exclusive rights to Blacksand Technology","2021: Raised over $16.4 million","2022: Rebranded to IperionX Limited","Listed on NASDAQ and ASX","Secured key partnerships with major automotive and industrial companies","Commenced construction of Titanium Manufacturing Campus in Virginia","Awarded US$12.7 million grant from U.S. Department of Defense"]

Notable Customers

U.S. Department of Defense

https://iperionx.com

Recent coverage of IperionX

Why this company matters

IperionX occupies a distinctive position in the metal additive manufacturing supply chain by targeting the cost and environmental footprint of titanium powder production. Traditional titanium processing is energy-intensive and generates significant waste, while IperionX's approach uses 100% recycled titanium scrap to produce high-performance powders with up to 90% lower carbon emissions compared to conventional methods. This positions the company as a potential alternative to the established titanium supply chain for customers under pressure to meet sustainability targets.

The company's core technological advantage rests on two patented processes: Hydrogen Assisted Metallothermic Reduction (HAMR) and Granulation Sintering and Deoxygenation (GSD). These methods enable the conversion of recycled titanium scrap into low-cost, high-quality powders suitable for metal additive manufacturing processes such as laser powder bed fusion (LPBF) and directed energy deposition (DED). The Fraunhofer Institute has verified that IperionX's powders achieve up to 70% lower CO2 emissions versus traditional production routes.

IperionX serves aerospace primes, defense agencies, automotive tier-1s, and medical device manufacturers. The U.S. Department of Defense is a named customer and has awarded the company a $12.7 million grant and a $47.1 million award to support domestic titanium supply chain development. Key partnerships include EOS GmbH for powder-bed systems, Ford Motor Company for automotive applications, and United Stars and Carver Pump for industrial uses. The company is scaling production at its Titanium Manufacturing Campus in Virginia.

IperionX's strategic moat lies in its patented HAMR and GSD technologies and its focus on recycled feedstock, which reduces dependence on volatile titanium sponge markets. However, the company faces execution risk in scaling from pilot to commercial production volumes and must compete with established titanium powder producers such as AP&C, Praxair, and Tekna. Its dual listing on NASDAQ and ASX and over $65 million in total funding, including DoD awards, provide capital for expansion, but the path to profitability in low-cost titanium remains unproven at scale.