Stuhini Highlights High-Grade Tungsten Potential at Ruby Creek
Key Highlights
- 188 rock samples returning >0.1% WO₃, including 40 samples >1% WO₃ and 3 samples >10% WO₃
- Tungsten-bearing structures mapped along multiple faults, shears, and veins up to 1.75 metres wide and over 2.9 km in strike
-
Drill-ready potential supported by historic drill intercepts of:
- 0.15% WO₃ over 27.43 m (GD17-003B), including 0.76% over 3.05 m
- 0.14% WO₃ over 18.29 (GD17-007), including 0.63% over 3.05 m
-
Channel sampling results from Thor Ridge Trend include:
- 1.35% WO₃ over 1.75 m, including 2.19% WO₃ over 1 m
- Associated gold-silver-copper values: up to 9.27 g/t Au, 225 g/t Ag, and 0.30% Cu (2)
Tungsten System Overview
Mapping and sampling at Ruby Creek have outlined multiple tungsten-bearing structures forming a broad halo around the Ruby Creek molybdenum deposit. These mineralized structures are associated with northeast-southwest trending faults, veins, and shear zones that range from 0.1 to 1.75 metres thick and extend for hundreds to thousands of metres along strike. Primary tungsten minerals identified include wolframite and scheelite.
A total of 188 samples returned >0.1% WO₃, , with 40 samples exceeding 1% WO₃ and 3 returning over 10%. These values occur along well-defined trends, suggesting strong structural control and continuity of mineralization.
Multiple tungsten-bearing trends surround the Ruby Creek molybdenum deposit, with samples returning >10% WO₃ along several faults and splays
Rock samples show a defined tungsten enrichment halo surrounding the Ruby Creek Mo deposit, with 188 samples >0.1% WO₃ and 40 samples >1% WO₃.
Target Zones and Historical Work
Stuhini's internal review has outlined seven priority tungsten zones with strike extents from 750 metres to 4.5 kilometres:
Target Area |
Samples between |
Samples >1% |
Approx. Strike |
|
34 |
20 |
2.9 km |
|
16 |
5 |
2.6 km |
|
8 |
4 |
500 km |
ZED |
5 |
3 |
1.2 km |
BDX |
43 |
2 |
750 m |
Adera |
15 |
2 |
4.5 km |
Wheelbarrow |
3 |
3 |
840 m |
|
|
|
|
In addition, anomalous tungsten in soils (20–500 ppm) suggests further mineralized structures may be present under till and soil cover along strike.
Next Steps
Stuhini plans to follow up with detailed surface mapping and rock sampling to refine targeting across these structures and potentially identify new tungsten-bearing zones. The tungsten system represents a previously underappreciated critical minerals component of the
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1 See "Technical Report,
2 See press release dated January 12, 2022
SOURCE