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Showing posts with the label Canada Silver Cobalt

Extremely exciting a newly identified gold vein!

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Gold mineralization at the Castle property High-Grade Visible Gold at the Robinson Zone   Canada Silver Cobalt Works announces that Canada Silver Cobalt Works intersected high-grade gold mineralisation with cobalt within the high-grade silver-cobalt mineralized vein structures at the Castle property. Drilling continues around the clock, seven days a week with 2 drills. A 50,000-meter drill program is in place of which 18,000 meters have been completed. The gold-cobalt mineralisation found in hole CS-20-31 is the fourth potential expansion to the Robinson system, giving at least 5 mineralized veins in the area. The vein in hole CS-20-31 appears to be a different orientation to the other en echelon veins identified and is the first vein in the Robinson system with significant gold results.   A percentage of holes in this program have been allocated to identifying and following up on structures in this orientation. With this new discovery, the information previously gathered to the west

Fifth new high-grade Silver intersection!

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Canada Silver Cobalt hits New high-grade silver vein discovery  Canada Silver Cobalt Works announce the intersection of a new, additional, high-grade silver vein within 60 metres of the Robinson Zone Discovery hole CA-1108.  The Robinson Zone Project is 100-percent owned by the Company, in the 78-square-kilometre Castle Silver Mine property, in Gowganda, Ontario, Canada.   Visually, mineralization in the new vein rivals the discovery intersection of hole. The 18,000 metres drilled in the current 50,000-metre program, represents only 36 percent of this phase of drilling.  A total of 28 holes are completed, including 8 wedge holes. This new intersection is 53 metres laterally east-southeast and 25 metres vertically above the original discovery hole (CA-11-08) and further expands the potential high-grade mineralization target area.  This new, high-grade mineralized intercept is approximately 80 metres below the upper contact of the diabase sill which, in the Gowganda Camp, typically