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60.0 m continuous chip channel sampling averaging 3.47 gpt AuEq includes: 36.0 m of 2.86 gpt Au 172.41 gpt Ag (5.02 gpt AuEq)
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Extends Wide High-Grade Gold and Silver Oxide Mineralization from previous drilling to the surface
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Robust geological and assay data results support discovery potential down dip and along strike of the mineralized zone
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Additional reconnaissance sample assay results are pending
Vancouver, Canada – TheNewswire – July 2, 2024 – Aztec Minerals Corp. (AZT: TSX-V, OTCQB: AZZTF) (“Aztec” or the “Company”) announces that the second batch of assay results the 2024 surface exploration program has significantly extended the broad gold-silver mineralization footprint from the original dimensions of 2020-2023 drilling in and around the Contention Pit at the Tombstone project. The Tombstone project covers most of the historic Tombstone silver mining district in southeastern Arizona.
Highlights:
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The latest Contention Pit channel sampling results further extend the presence of near-surface, broad, high-grade gold and silver mineralization confirming Aztec’s drilling from 2020 to 2023.
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Select channel line interval highlights include:
The robust geological and assay data results indicate the potential for new mineralized gold and silver zones with expanding drilling in the western portion of the Contention Pit. This high-priority target area was previously identified for open pit mining expansion, showing promising potential for the discovery of additional wide oxide Gold Silver mineralization.
Additional reconnaissance sample assay results are pending.
Many of the high-grade gold-silver sample results from Lot 2 are located immediately adjacent to the Westside target area, suggesting the opportunity to expand into multiple zones of broad Au-Ag oxide mineralization to the west. The continuous sampling program provides essential data to support the expansion drilling efforts and target new mineralized zones.
The results presented in Table 1 indicate the presence of broad, mesothermal, gold and silver oxidized mineralization, opening up the potential for further