PyroGenesis signs first titanium powder contract with US distributor
PyroGenesis has signed its first commercial contract under a prospective titanium powder supply agreement with an unnamed US-based materials distributor, marking an early step in the Montreal company's effort to scale its additive manufacturing division. The powder was produced using the company's NexGen plasma atomisation process and was due for shipment in the week of the announcement.
The order covers Ti64 "fine cut" powder with a particle size range of 20 to 80 microns, a specification used in laser powder bed fusion (LPBF), the additive manufacturing technique most widely deployed for complex, high-density components in aerospace, healthcare and automotive applications. The client distributes materials to customers in the aerospace, defence, energy and advanced manufacturing sectors. Contract volumes and financial terms have not been disclosed.
The deal
PyroGenesis had flagged the discussions in its Q2 2026 earnings release in August, noting talks with several companies about titanium powder orders, including a potential monthly supply agreement of up to 500 kg with a US distributor. The client has since indicated that its monthly requirements could reach 1,000 kg, or roughly one tonne, though no binding commitment for recurring orders at that volume has been made.
Chief executive P. Peter Pascali said the contract supports the company's goal of growing the Additive Manufacturing Division to "several times larger" than current operations. PyroGenesis describes its commercialisation path as a deliberate progression: from gram-scale samples to 100 kg orders, then to its first tonne-scale order in May 2023, and now to this recurring-supply framework. The company holds the original patent on plasma atomisation and says it coined the term in that filing.
Market context
Titanium is classified as a critical mineral by both the Canadian and US governments, driven by supply-chain concentration risks in refined titanium and a growing array of industrial end-uses. The global titanium powder market for 3D printing is projected by the company, citing a third-party source, to grow from $214 million in 2023 to $1.4 billion by 2032, a figure that has not been independently verified by this publication.
Plasma atomisation competes with gas atomisation and rotating electrode processes in the production of high-purity metal powders. PyroGenesis positions its NexGen platform as offering superior sphericity and yield, which translate into lower waste and higher build reliability in LPBF machines. Several producers in Europe, North America and Asia are active in the space, and the market for aerospace-grade titanium powder remains supply-constrained relative to growing additive-manufacturing adoption rates.
The aerospace and defence sectors are among the most demanding end-markets for metal powder, requiring traceability, consistent particle-size distribution and certifiable alloy composition. A distribution relationship that serves both sectors simultaneously can accelerate customer qualification cycles, which are typically lengthy and costly for a smaller producer such as PyroGenesis.
Forward signals
Investors tracking PyroGenesis will focus on whether the unnamed distributor converts its indicated monthly interest into a contracted recurring volume, and at what price per kilogram. The company's April 2026 strategic update had flagged additive manufacturing growth as a priority, and this contract is the first public confirmation of commercial traction under that plan.
The broader policy context is also relevant: the US critical minerals executive actions of 2025 and associated domestic-sourcing preferences could favour North American powder producers, particularly those supplying the defence industrial base. PyroGenesis, with manufacturing in Montreal and a stated focus on US aerospace and defence customers, is positioned to benefit from such preferences, though the extent of any procurement advantage will depend on programme-specific sourcing rules.