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Redmoor-Continued High-Grade Tungsten + Tin Zone
Strategic Minerals plc has announced positive assay results from drillhole CRD036 at its Redmoor Tungsten-Tin-Copper Project, confirming high-grade tungsten (WO3) mineralisation up to 1.85%, copper (Cu) up to 1.09%, and very high-grade tin (Sn) up to 1.92%. The results also show continuity of mineralisation within the Sheeted Vein System and validate historical drillhole data, potentially reducing future drilling requirements for the Mineral Resource estimate. Additionally, elevated silver (Ag) values, reaching 33.9 g/t, were reported in conjunction with copper mineralisation. These findings support the presence and continuity of tin-copper lode structures within the existing Redmoor Mineral Resource. Disclaimer*
About this update from Strategic Minerals Plc
[{"type":"text","content":"\n\n \nThe information contained within this announcement is deemed by the Company to constitute inside information as stipulated under the Market Abuse Regulations (EU) No. 596/2014 ('MAR') which has been incorporated into UK law by the European Union (Withdrawal) Act 2018.\n \n28 January 2026\n \nStrategic Minerals plc\n(\"Strategic Minerals\" or the \"Company\")\nRedmoor - Continuation of High-Grade Tungsten and Identification of High-Grade Tin Zones\n \nLatest drill results confirm strong WO3, Sn and Cu mineralisation; mineralised continuity within the Redmoor SVS high-grade zones; & validity of historical results\nStrategic Minerals plc (AIM: SML; USOTC: SMCDF), an international mineral exploration and production company, is delighted to announce that its wholly owned subsidiary, Cornwall Resources Limited (\"CRL\"), has received assay results from drillhole CRD036 - the first from Pad 2 within the Redmoor Tungsten-Tin-Copper Project (\"Redmoor\") in southeast Cornwall - including further confirmation high-grades of tungsten and tin within the Sheeted Vein System (\"SVS\").\nCRD036 was aimed at twinning*1 historical drillholes and identifying mineralised continuity at shallower depths and within a hole designed to intersect a higher-grade, tin-dominant portion of the high-grade tungsten deposit.\nHighlights:\nTin downhole intersections\n· High-grade intersections from new tin-dominant zones include:\no 0.50m @ 1.26% Sn, 0.02% Cu & 0.02% WO3 (1.06% WO3.Eq) from 314.82 m\no 0.95m @ 1.18% Sn, 0.01% Cu & 0.02% WO3 (0.99% WO3.Eq) from 336.05 m\no 0.70m @ 1.92% Sn, 1.09% Cu & 0.37% WO3 (2.23% WO3.Eq) from 383.40 m\nTungsten downhole intersections\n· High-grade tungsten intersections include:\no 4.50m @ 0.47% WO3, 0.14% Sn & 0.24% Cu (0.65% WO3.Eq) from 372.50 m\no 1.00m @ 1.00% WO3, 0.02% Sn & 0.58% Cu (1.17% WO3.Eq) from 406.00 m\no 0.70m @ 0.86% WO3, 0.07% Sn & 0.82% Cu (1.13% WO3.Eq) from 432.00 m\n· Further high-grade sample intervals, inside broad intersections, including:\no 18.50 m @ 0.14% WO3, 0.20% Sn & 0.25% Cu (0.37% WO3. Eq) from 371.50 m, (see Figure 1) containing:\n§ 0.80m @ 1.02% WO3, 0.09% Sn & 0.45% Cu (1.21% WO3.Eq) from 372.50 m\n§ 0.54m @ 1.85% WO3, 0.28% Sn & 0.22% Cu (2.13% WO3...