Benchmark Intercepts a Broad Zone of Bulk Tonnage Mineralization at Duke's Ridge: 1.73 g/t AuEq over 70 Metres
Edmonton, Alberta--(Newsfile Corp. - January 23, 2020) - Benchmark Metals Inc. (TSXV: BNCH) (OTCQB: CYRTF) (WKN: A2JM2X) (the "Company" or "Benchmark") is pleased to report the along strike and down-dip extension of both bulk-tonnage and high-grade mineralization at Duke's Ridge. Drill hole 19DRDD003 intersected 1.26 g/t gold and 37.82 g/t silver or 1.73 g/t AuEq across 70.00 metres core length, including 47.40 g/t gold and 1111.00 g/t silver or 61.28 g/t AuEq across 0.99 metres core length. The mineralization is hosted within a broad zone of alteration and brecciation and includes a high-grade electrum-silver bearing quartz vein, similar to that intersected in drill hole 19DRDD004 (see Dec 11, 2019 Press Release; Figure 1). The bulk-tonnage and Phoenix style high-grade veins extend mineralization for over 350 metres along strike, over 140 metres vertical depth from surface, and confirm that the mineralized zone is both widening to the northwest and at depth (Figure 2). John Williamson, CEO of Benchmark, commented, "Once again this result from the Duke's Ridge-Phoenix corridor has delivered an excellent broad zone of bulk-tonnage and high-grade Phoenix style mineralization. This key resource zone will be a focus for the 2020 exploration program while continued confirmation of near surface mineralization has potential for open pit mining methods with little to no overburden and low stripping ratios".
Drill hole 19DRDD003 was designed to test the main Duke's Ridge Zone at depth, below historical drilling and mineralization that begins at surface. A broad zone of potassic alteration and oxidation was intersected between 90 and 217 metres. This zone contains intervals of multiphase brecciation and minor veining, including an electrum & silver bearing Phoenix style vein at 98.73-99.72m. Higher in the section 18DRRC010 intercepted Phoenix-type grades of 52.02 g/t gold and 846.44 g/t silver or 62.60 g/t AuEq across 3.05 metres. These results indicate that there may be multiple high-grade zones within this broad zone of mineralization. The overlapping styles of mineralization encountered in 19DRDD003 can be traced along strike for over 350 metres and the system remains open in all directions. In addition, recent results from Cliff Creek (see Jan 8, 2020 Press Release), 600 metres to the northwest, suggest the Duke's Ridge mineralizing system may extend along strike and merge. Delineating the Duke's Ridge mineralization and possible Cliff Creek connection will be a focus for the 2020 exploration program.
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