MC - $4m
SP - 3c
Shares - 137m
Options - 48m
Cash - $846k
● Current phase of exploration drilling at EL Deposit completed and all assays received
● Nickel-copper sulphide breccia defined over 220 vertical metres , from 720m below surface, open at depth with the deepest intercept returning higher grade intercepts of:
3.9m @ 2.8%Ni, 0.2%Cu & 0.07%Co from 773.9m
11.0m @ 2.3%Ni, 1.0%Cu & 0.06%Co from 784.9m
11.5m @ 2.4%Ni, 0.8%Cu & 0.06%Co from 807.2m
● New zone of nickel-copper sulphide mineralisation discovered ~50 metres east of the sulphide breccia provides additional target. Results include:
51m @ 0.8% Ni, 0.5% Cu and 0.02% Co from 670m
●Drilling to date has successfully intersected sulphide mineralisation to a depth of approximately 820 metres below surface, over a vertical extent of 120 metres from about 700 metres below surface (Figure1). The deepest intercept to date is from hole CRZ012, which returned:
44.8m @ 1.6%Ni, 0.7%Cu & 0.04%Co from 773.9m
● Discovery identifies the southeastern margin of the intrusion as an additional priority target
● C$3M exploration earn-in commitment achieved for Lynn Lake Project
The mineralisation is fault bounded and has opened up the southeast margin of the intrusion as a prospective exploration target, with individual results ranging up to 3.5% (1m) nickel and 6.3% (0.6m) copper.
Higher grade zones of both primary and remobilized massive sulphide included:
4.0m @ 1.8%Ni, 0.7% Cu & 0.05% Co from 679m
2.8m @ 1.7%Ni, 2.0% Cu & 0.05% Co from 687m
2.0m @ 2.5%Ni, 1.1% Cu & 0.06% Co from 728m
Corazon remains committed to the Lynn Lake nickel-copper project and believes there is good potential to re-establish mining at Lynn Lake with improved metal prices. The Company has one of the largest land holdings in the Lynn Lake district, an area that displays a rich metal endowment and is prospective for both base and precious metal deposits. Additional mineral properties are currently under review in the district and include base and precious metal deposits that could add incremental value to the Lynn Lake Project.