Silver Acadia reports high-grade silver-gold results at Victoria
Key facts
- 2.0 m
- 797 g/t AgEq
- ND26-009
- +2 more
Drill results
| Hole | Interval | Width | Grade |
|---|---|---|---|
| ND26-009 | 9.0–23.8 m | 14.8 m | 77 g/t AgEq |
| ND26-009 | 51.0–54.8 m | 3.9 m | 118 g/t AgEq |
| ND26-009 | 74.9–76.9 m | 2.0 m | 797 g/t AgEq |
| ND26-009 | 88.9–90.3 m | 1.4 m | 195 g/t AgEq |
| ND26-009 | 143.5–144.5 m | 1.0 m | 203 g/t AgEq |
| ND26-009 | 149.4–150.4 m | 1.1 m | 176 g/t AgEq |
| ND26-007A | 7.5–8.6 m | 1.1 m | 131 g/t AgEq |
| ND26-007A | 15.9–21.2 m | 5.3 m |
Montreal, Quebec--(Newsfile Corp. - July 22, 2026) - Silver Acadia Exploration Inc. (CSE: SLA) (" SLA " or the " Company ") is pleased to announce additional high-grade assay results from the Phase 1 drill program at the Hachey Zone on its flagship Nicholas-Denys Project. The Company is also reporting the results of a comprehensive structural study completed by Terrane Geoscience Inc. from Fredericton, NB, which provides a new geological framework for understanding the controls on silver, gold, and zinc mineralization at the property. The integration of detailed structural mapping, recent Phase 1 drilling results and recent compilation of more that 125,000m of historical drilling on the property has positively impacted the Company's knowledge of the mineralizing system and will guide future Phase 2 drill program.
Highlights Expansion of Hachey Zone - Additional high-grade silver-gold assay results continue to expand the Hachey Zone. Potential 3 km zone containing multiple high grade silver shoots within a lower grade mineralized envelope, Compilation of drilling, surface mapping and structural modelling suggests the development of a mineralized corridor extending approximately 3 kilometres, with multiple connected zones grading over 100 g/t Ag. Additional drilling and geological work are required to confirm its continuity and extent.
Structurally controlled system for better targeting of future drilling - Independent structural study confirms that the principal silver-gold mineralization is structurally controlled. A minimum of two high-grade silver mineralizing events are present as cross-cutting evidence is visible. Mineralization is concentrated along northeast-southwest trending shear zones and S1 foliation, providing predictable controls for future drilling.
Geological evidence supports a magmatic-hydrothermal mineralizing event associated w
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