A proposed merger between two ASX-listed juniors will give the combined entity access to a couple of the world’s premier exploration jurisdictions – Western Australia and Canada.
In late May, Torque Metals Ltd and Aston Minerals Ltd announced they had entered a scheme of arrangement whereby Torque would acquire all of Aston’s fully paid shares and unlisted scheme options.
The merger will see stockholders of both companies own half of the new entity, with Torque offering one share for every 5.2 Aston ones.
Both companies bring a strong exploration asset, each located in recognised and underexplored gold provinces, to the table.
Combined, these projects have an estimated mineral resource (MRE) of some 1.75 million ounces at an average gold grade of 2.05 grams per tonne.
Torque’s flagship, Paris, is situated in WA’s Boulder-Lefroy Fault just east-south east of Kambalda in the state’s Goldfields.
Here, the junior controls around 350 square kilometres of prospective land and has so far established an MRE of 250,000oz at 3.1g/t sitting within open pit and underground mineralisation.
To date only a four kilometre strike has been systematically explored, yielding multiple gold occurrences, in a broader project area spanning 57km of largely untested strike.
Meanwhile, Aston’s focus is on Edleston, which sits 60km south of Timmins in the Canadian province of Ontario.
The company has a 310km² land package in the Abitbi Greenstone Belt that, as at the start of 2025, had yielded a shallow JORC-compliant indicated and inferred resource of 1.5Moz at 1g/t gold.
Aston also has a nickel-cobalt resource of 1.27 billion tonnes across the Boomerang target.
Early last month, Torque announced that multiple downhole electromagnetic (DHEM) conductors at Paris indicated extensions to a large contiguous gold system at depth both adjacent to, and coincident with, confirmed high grade gold zones.
Given the mineralisation is strongly associated with sulphide minerals ‒ primarily pyrrhotite, pyrite and chalcopyrite ‒ DHEM was deemed as a reliable method for tracking these structures.
Surveys in unmineralised holes, the company said, had detected large off-hole conductors extending well beyond the boundaries of the current MRE, pointing to the potential for significant resource growth.
Some 200m strike was interpreted as a down-dip extension of the current resource, suggesting there was potential to host additional gold mineralised intervals similar to those intersected along strike, including 16.3m at 7.95g/t and 6m at 7.35g/t.
Moreover, another 100m strike sitting beyond the MRE aligns with assays like 15m at 12g/t and 15m at 3.85g/t.
Torque said the electromagnetics confirmed their value as a targeting tool ‒ not only along the 4km mineralised corridor, but also across the broader land holding where similar sulphide-hosted structures remain untested.
DHEM surveys were conducted on 11 open and unobstructed drill holes at Paris. Not all of them were optimised given they had historically been rehabilitated, so this initial campaign targeted the best available ones.
Subsequent data was analysed and modelled by Southern Geoscience Consultants, which revealed that the conductors represented untested extensions within a broader contiguous south-west trending gold-associated sulphide structure potentially extending existent MRE.
Gold mineralisation at Paris is hosted within a complex network of fault-controlled quartz veins and is closely associated with a sulphide assemblage dominated by pyrrhotite, with subordinate chalcopyrite and pyrite.
Importantly, high grade ore shoots are consistently linked to zones of massive pyrrhotite mineralisation, accompanied by quartz clasts and visible gold ‒ as demonstrated in two drill holes, which returned yellow metal intersections of 16.3m at 7.95g/t and 35m at 14.12g/t.
With a robust portfolio spanning two of the world’s most prospective gold provinces and a proven track record of discovery, the merged entity is poised to unlock significant value through ongoing exploration.
