Nord Precious Metals extends Castle East Robinson Zone with 13,620 g/t Ag and 1.84% Co over 0.6m
Key facts
- 0.6 m
- 13620 g/t Ag
- CS-21-73W3
Drill results
| Hole | Interval | Width | Grade |
|---|---|---|---|
| CS-21-73W3 | 480.8–481.4 m | 0.6 m | 13620 g/t Ag |
Intercepts extracted and reviewed by Strikepoint from the issuer’s filings. True widths may differ from downhole widths; see the full release for drill orientation.
Cobalt, Ontario – June 29, 2026 – TheNewswire - Nord Precious Metals Mining Inc. (“Nord” or the “Company”) (TSXV: NTH, OTCQB: NPMMF, FSE: QN3) is pleased to report the analytical results from hole CS-21-73W3. Photos of the CS-21-73W3 silver intercept were disclosed June 2, 2026 and are included again below. This intercept lies approximately 25 metres up-dip and to the south of the CS-21-73W1 intercept — which graded 2,848 g/t silver over 6.65 metres (including 61,389 g/t over 0.30 metres), reported June 2, 2026 — and provides a direct extension of the Robinson high-grade silver vein system (see longitudinal section in Figure 2).
Assay Results – Hole CS-21-73W3 Table 1: Collar of hole CS-21-73W3 is located at 520942.9E, 5279474.5N UTM NAD83, Zone 17 with 053.50 Azimuth dipping at -60.50. Wedge 3 was placed at 247.0m downhole. The vein intercepted at 434.2m is approximately 1cm true width; the vein intercepted at 480.8m is approximately 5cm true width.
Reported intervals in the tables above are downhole core lengths. Intercept – Hole CS-21-73W3 The results reported here are from this mineralized silver-cobalt intercept in hole CS-21-73W3 (see Figure 1 and the longitudinal section in Figure 2), a wedge also drilled from mother hole CS-21-73 . This hole, designed to test the intersection of two distinct silver veins, intersected mineralization 25 metres up-dip and southward of CS-21-73W1, giving another strong extension to the known Castle East high-grade silver vein system.
At 480.8 metres downhole, the drill intersected a 5cm true thickness vein consisting of native silver with a dendritic texture as well as cobalt arsenide mineralization in a calcite matrix. The silver and cobalt mineral