Argyll Battery Metals
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  • Knapdale
  • Loch Fyne
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Argyll Battery Metals
Home
Projects
  • Knapdale
  • Loch Fyne
  • Lorne Plateau
About
Investors
  • Presentation
  • Capital Structure
Gallery
More
  • Home
  • Projects
    • Knapdale
    • Loch Fyne
    • Lorne Plateau
  • About
  • Investors
    • Presentation
    • Capital Structure
  • Gallery
  • Home
  • Projects
    • Knapdale
    • Loch Fyne
    • Lorne Plateau
  • About
  • Investors
    • Presentation
    • Capital Structure
  • Gallery

Loch Fyne

Project Highlights

  • Contains the historic  Coille Bhraghad, Craignure and Balantye Ridge high-grade Ni-Cu mines.


  • Field sample assays demonstrate high-grades:

                      - 5.3% Ni, 1.8% Cu & 1.25g/t Pt+Pd+Au (14.8% CuEq)

                      - 5.0% Ni, 3.0% Cu & 0.39g/t Pt+Pd+Au (13.8% CuEq)

                      - 5.5% Ni, 0.6% Cu & 0.64g/t Pt+Pd+Au (13.7% CuEq)

                      - 1.5% Ni, 7.3% Cu & 2.80g/t Pt+Pd+Au (12.6% CuEq)

                                            

  • Extensive prospecting, geochemical and geophysical surveys have been undertaken confirming the presence of high-grade Ni-Cu-Co and PGM's.


  • Drilling targets anticipated at both Balantyre Ridge and Craignure.


Balantyre Ridge

  

  • High-grade Ni-Cu-Co-PGM mineralization related to gabbro dykes intruding sulphidic, calc-phyllite and calc-quartzite
  • Costeaning in 1862 reportedly exposed massive sulphide lode beneath glacial till over >180m strike length
  • Cohesive Ni soil anomaly and broader Ni -80# stream sediment anomalies defined by CGF indicate potential for extension of Balantyre Ridge and additional mineralisation in the area 
  • Grab sample assays include 5.0% Ni, 3.0% Cu, 0.12% Co & 0.39g/t Pt + Pd + Au

Craignure

  • Located 9 km to the southwest of Coille Bhraghad
  • Coincident anomalies of IP chargeability highs, resistivity lows and elevated Ni-Cu geochemistry remain untested
  • Grab sample assays include 5.3% Ni, 1.8% Cu, 0.1% Co & 1.3g/t Pt + Pd + Au (image to the right)
  • Grab samples demonstrate consistent magmatic sulphide Ni-Cu-Pt-Pd association at Craignure 
  • Higher grades of Pt-Pd-Au at Craignure are associated with copper rich mineralisation exemplified by grab sample assaying  1.5% Ni, 7.3% Cu, 0.1% Co with 0.94g/t Pt + 1.47g/t Pd + 0.39g/t Au
  • Drill targets will be defined by more detailed base of till geochemical sampling and geophysical surveys

Coille Bhraghad

  • High grade Ni-Cu-PGM mineralization in interpreted to be related to gabbro dykes intruding a sequence of sulphidic, calcareous and carbonaceous phyllites 
  • The mine operated from 1852 until 1867 with the development of 5 levels down to 20m below surface
  • Drilling of 4 diamond holes completed by Argyll Metals Limited in late-2024 targeting geophysical anomaly down-plunge from the historic mining
  • Results suggest faulting down-plunge from historic mine workings has stoped out potential extensions at depth

         

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