TINONE ANNOUNCES DRILL PROGRAMS AT THE ABERFOYLE AND GREAT PYRAMID PROJECTS IN TASMANIA, AUSTRALIA

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TSX.V: TORC   OTCQB: TORCF

VANCOUVER, BC, May 29, 2024 /CNW/ - TinOne Resources Inc. (TSXV: TORC) (OTCQB: TORCF) (Frankfurt: 57Z0) ("TinOne" or the "Company") is pleased to announce plans for upcoming drill programs at its 100%-owned Aberfoyle and Great Pyramid projects, located in the tier-one mining jurisdiction of Tasmania, Australia.

Highlights

  • Inaugural drill program at the Guinea Pig prospect: A series of systematic short reverse circulation ("RC") holes designed to test the near-surface lithium-tin mineralization potential of the broad zones of greisen alteration.

  • Follow-up RC drilling program planned for Great Pyramid: A series of short RC holes designed to test for structurally-controlled high-grade tin mineralization as well as to verify historical drill data.

"We are very excited to commence drilling at our highly prospective Aberfoyle and Great Pyramid projects," commented Chris Donaldson, TinOne's Executive Chairman. "At Aberfoyle, our work to date has identified numerous occurrences of strong lithium-tin mineralization hosted in highly altered granite. This style of lithium mineralization has yet to be explored at depth and this program represents the first drill test for greisen-related lithium mineralization in northeast Tasmania. At Great Pyramid, our drilling is aimed at defining the scale potential of near-surface, high-grade tin mineralization as well as to verify historical data to inform a mineral resource estimation upgrade."

Drill Program

An RC drill program across two projects (Aberfoyle and Great Pyramid) in Northeast Tasmania (Figure 1) has been designed to systematically test for near-surface tin ± lithium mineralization. Details are as follows:

Aberfoyle

The Company plans to drill approximately 500 metres in six RC drill holes to test the lithium-tin mineralization potential of widespread greisens at the Guinea Pig prospect, Aberfoyle Project (Figures 2 and 3). Holes will be collared across a 200 metre trend targeting out-cropping zones of strong lithium-tin mineralization (Figure 3).

Surface sampling to date has defined an area of approximately 12 hectares where numerous rock samples returned results of >0.20% Li2O (Figure 3). Preliminary interpretations indicate that the higher-grade mineralization occurs in NNW-trending parallel zones of up to 250 metres in strike length, although the true strike-extent is not presently known. The planned drill program is designed to investigate the near-surface orientation and scale of the mineralized zones at the Guinea Pig prospect.