Nimy Resources Unveils High-Grade Gallium Potential at Block 3
Nimy Resources reports impressive high-grade gallium assay results from initial Phase 2 drilling at its Block 3 project in Western Australia, reinforcing its potential as a standalone gallium source.
- High-grade gallium assays up to 376g/t Ga2O3 in first four Phase 2 drill holes
- Mineralisation extends from surface to 240m depth and remains open
- Phase 2 and Phase 3 drilling programs nearing completion with assays pending
- Maiden JORC resource estimate targeted for December quarter
- Exploration identifies extensions of mineralised chlorite schist beyond current boundaries
Strong Start to Phase 2 Drilling
Nimy Resources (ASX, NIM) has delivered a promising update from its Block 3 Gallium Project in Western Australia, revealing high-grade gallium assay results from the first four holes of its Phase 2 drilling program. The assays show consistent and extensive mineralisation, with peak values reaching as high as 376 grams per tonne of gallium oxide (Ga2O3). These results extend and infill the known mineralised zones, confirming the project's potential to develop into a significant standalone gallium resource.
Depth and Continuity of Mineralisation
The drilling has intersected gallium mineralisation from near surface down to the end of hole depths of 240 metres, with mineralisation remaining open at depth. Notably, the first four holes returned substantial intervals of high-grade gallium, including intervals such as 56 metres at 101g/t Ga2O3 and 36 metres at 104g/t Ga2O3. This continuity suggests a coherent and extensive mineralised system that could underpin a robust resource.
Ongoing Exploration and Resource Definition
With Phase 2 drilling progressing and Phase 3 nearing completion, Nimy is awaiting the remaining assay results, which will further clarify the scale and grade of the deposit. The company plans to release its maiden JORC-compliant resource estimate in the December quarter, a critical milestone that will provide the market with a formal assessment of the project's value and potential.
Expanding the Mineralised Footprint
Exploration efforts are also focused on identifying extensions of the chlorite schist host rock, which is known to carry the gallium mineralisation. Early indications show this schist extends well beyond the current drilling footprint, suggesting significant upside for resource growth. This aligns with Nimy’s strategy to target new geochemical anomalies and structural zones to expand the mineralised envelope.
Strategic Importance of Gallium
Gallium is a critical metal with growing demand driven by its use in advanced electronics, semiconductors, and emerging technologies. Nimy’s Managing Director, Luke Hampson, highlighted the project’s potential to contribute meaningfully to global gallium supply, particularly for Western markets seeking secure and ethical sources of critical minerals. The company’s methodical approach, supported by ongoing metallurgical testing and collaboration with research institutions, positions Block 3 as a promising new entrant in the gallium sector.
Bottom Line?
As Nimy awaits final assay results and prepares its maiden resource, Block 3’s gallium potential could soon reshape supply dynamics in a critical minerals market.
Questions in the middle?
- What will the maiden JORC resource estimate reveal about the size and grade of the Block 3 deposit?
- How will metallurgical testing influence the feasibility of commercial gallium extraction?
- What are the timelines and next steps for advancing Block 3 towards development and production?
