Azimut Discovers Multi-Kilometre-Scale Spodumene Pegmatite Field on the Wabamisk Property, James Bay Region, Quebec

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Exploration Azimut Inc
Exploration Azimut Inc

LONGUEUIL, Quebec, Dec. 09, 2024 (GLOBE NEWSWIRE) -- Azimut Exploration Inc. (“Azimut” or the “Company”) (TSXV: AZM) (OTCQX: AZMTF) is pleased to announce the discovery of an extensive spodumene pegmatite field (the “Lithos” target) in the eastern part of its wholly-owned 39-kilometre-long Wabamisk Property (the “Property”) in the Eeyou Istchee James Bay (“James Bay”) region of Quebec.

Surface sampling returned numerous high-grade results (up to 7.43% Li2O) from 86 rock samples, including 52 channel samples, collected from a roughly 4 square kilometre area. The spodumene pegmatites appear to represent a swarm with variable orientations and dips. This new target remains open in all directions (see Figures 1 to 7, Photos 1 to 2).

Additional fieldwork to further outline the prospective area will begin as early as possible in spring 2025, likely followed by diamond drilling. The Lithos target was discovered while verifying an isolated historical grab sample that returned a grade of 0.34% Li2O.

The James Bay region is considered an emerging world-class lithium province (reference: https://www.azimut-exploration.com/site/assets/files/7269/2024_azm_mrnf_lithium_james_bay_final_p.pdf).

The Wabamisk Property is also known for its 3.5-kilometre-long antimony-gold corridor (the “Fortin Zone”), a top exploration priority for Azimut, where a 5,000-metre diamond drilling program is already underway (see press releases of October 29 and December 2, 2024).

HIGHLIGHTS

  • A total of 86 rock samples (34 grabs and 52 channel samples) were collected from outcrops in a 2.0 by 2.2-kilometre area during the latter part of the 2024 field season. Please note that grab samples are selective by nature and unlikely to represent average grades.

  • Numerous pegmatite outcrops remain unsampled within this area, including some with coarse spodumene. In addition, several potential pegmatite outcrops identified by remote sensing still need to be assessed in the field.

  • 72 samples (collectively grabs and channels) returned grades higher than 0.5% Li20, including:

    • 8 samples with grades from 0.5% to 1.0% Li2O;

    • 41 samples with grades from 1.0% to 3.0% Li2O; and

    • 23 samples with grades higher than 3.0% Li2O, up to a maximum of 7.43% Li2O

  • 16 distinct channels have been cut for a cumulative length of 51 metres. The best channels returned the following intervals (see Figures 5 to 7):

    • 1.75% Li2O over 9.83 m (open)

    • 1.59% Li2O over 7.6 m (open)

    • 2.37% Li2O over 3.88 m (open)

    • 2.29% Li2O over 4.0 m (open)

    • 2.16% Li2O over 3.0 m (open)

    • 1.94% Li2O over 3.00 m (open)