Integra Set For Significant Resource Upgrade After Drilling Highlights Another Potential Underground Mine
Thursday, 02 September 2010 14:00
Deep drilling returns stunning high-grade intersections at the Cock-Eyed Bob deposit within the Randalls Gold Project near Kalgoorlie
Results grade up to 51gpt and extend to +350m deep -170m below the deposit’s existing Mineral Resources estimate
Cock-Eyed Bob emerging as one of three potential underground mines at Randalls
Initial drilling at the Walkaway prospect ~500m north of Cock-Eyed Bob hits high-grade gold mineralisation
Resource upgrade including expanding Randalls deposits and new Majestic discovery planned for later this year
Emerging gold producer Integra Mining Limited (ASX: IGR) is pleased to report that deep drilling at the Cock-Eyed Bob gold deposit has returned a series of spectacular high-grade results, highlighting its potential to become a source of underground production for the Randalls Gold Project, located 60km south-east of Kalgoorlie in Western Australia.
The latest results, which confirm the depth continuity of BIF-hosted gold mineralisation at Cock-Eyed Bob include:
8.80 metres at 16.24 g/t gold from 324.20 metres drill depth including
2.25 metres at 51.25 g/t gold
4.2 metres at 14.99 g/t gold from 305.45 metres drill depth including
1.15 metres at 42.47 g/t gold
3 metres at 11.54 g/t gold from 166 metres drill depth
9 metres at 4.58 g/t gold from 132 metres drill depth
3 metres at 10.93 g/t gold from 167 metres drill depth
2.85 metres at 10.90 g/t gold from 347.15 metres drill depth
5.25 metres at 6.93 g/t gold from 270.55 metres drill depth
3 metres at 7.10 g/t gold from 189 metres drill depth
3 metres at 7.16 g/t gold from 176 metres drill depth
14 metres at 2.89 g/t gold from 121 metres drill depth
1 metre at 33.30 g/t gold from 130 metres drill depth
Importantly, the two deepest holes drilled to date at Cock-eyed Bob returned extremely highgrade intercepts of 8.80 metres at 16.24 g/t gold and 4.2 metres at 14.99 g/t gold with excellent potential to extend these high grades further at depth.