Infini carves out bigger slice of Canada’s uranium pie
Infini Resources has carved out a bigger slice of Canada’s uranium hot spot, staking three additional mineral claims for 8900 hectares at its Reitenbach Lake project.
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By Helen Barling
January 12, 2026 — 2.57pm
Infini Resources has carved out a bigger slice of Canada’s highly prospective Athabasca Basin, staking three additional mineral claims totalling 8,900 hectares adjacent to the company’s Reitenbach Lake project.
The acquisition has lifted its landholding at Reitenbach Lake by more than 30 per cent, expanding the project footprint to 380 square kilometres.
Infini Resources has increased its footprint across Canada’s uranium-rich Athabascan Basin.
The latest land grab has also boosted Infini’s total landholding in and adjacent to the Athabasca Basin to over 1021 square kilometres. The basin is one of the world’s biggest uranium powerhouses, supplying about 20 per cent of global output.
Notably, early interpretation of Infini’s 2025 exploration data suggests the geology does not stop at the old boundary lines. Key electromagnetic conductors, radiometric anomalies and structural features appear to extend seamlessly into the newly staked ground, reinforcing the system’s scale and continuity.
‘Expanding our footprint at Reitenbach Lake strengthens Infini’s position over an emerging highly prospective exploration corridor.’
Infini Resources chief executive officer Rohan Bone
Coupled with the adjoining Reynolds Lake project, Infini commands a 766-square-kilometre stretch of the eastern margin of the Athabasca Basin, a region considered highly prospective for unconformity-style uranium deposits.
These types of deposits are similar to those responsible for producing some of the world’s richest uranium mines, such as Cameco Corporation’s massive Rabbit Lake and Eagle Point mines, which have collectively produced more than 230 million pounds of uranium.
Infini’s projects straddle the crustal-scale Needle Falls Shear Zone, a major structural corridor separating the Wollaston and Peter Lake domains that focuses uranium-bearing fluids and underpins many of the Athabasca Basin’s highest-grade discoveries.
Northeast-trending folds and north-south oriented faults bisect the Reitenbach Lake project with evidence of localised magnetite, hematite and silica alteration. According to management, these mineral occurrences are classic hydrothermal alteration signatures, pointing to a fertile system capable of hosting significant uranium mineralisation.