Callinex Announces Preliminary Magnetotelluric (MT) Geophysical Survey Results at the Pine Bay Project, Flin Flon Mining District, MB

In This Article:

Highlights:

  • Initial results have tight correlation with known Pine Bay deposit and structure;

  • Preliminary survey has identified a large target at depth on the Pine Bay horizon which could potentially represent the fold limb of the Descendent;

  • MT survey is currently being expanded with longer survey lines over the Pine Bay, Descendent and Alchemist deposits and target area Odin; and

  • Survey being completed to provide additional information about the depth, location and potential of the deposits at the Project.

VANCOUVER, BC, March 4, 2024 /CNW/ - Callinex Mines Inc. (the "Company" or "Callinex") (TSXV: CNX) (OTCQX: CLLXF) is pleased to announce preliminary results from the recently announced magnetotelluric ("MT") geophysical survey on the Company's 100% owned Pine Bay Project (the "Project") located in the Flin Flon Mining District of Manitoba (See news release dated January 29, 2024). The survey is being completed to add to Callinex's robust geophysical data set and further aid exploration as Callinex focuses on expanding its numerous high-grade copper, gold, silver and zinc rich Volcanogenic Massive Sulphide ("VMS") deposits at the Project.

The Company has received preliminary results from the MT survey over the Pine Bay where a 1km line of MT data has been collected and processed (Pine Bay Project Plan View with Proposed MT Survey Lines). MT is a geophysical tool that is used in mineral exploration to identify systems that produce conductive minerals such as copper, gold and silver and mapping of geologic structures and features such as faults and folds. The system is known to have a depth penetration from 50m to several kilometers below the surface.

Preliminary results from the MT survey have, to date, tightly defined the known Pine Bay deposit as well as the known Pine Bay horizon/structure that hosts the mineralization (Preliminary Pine Bay MT Survey Data). Additionally, the survey data has highlighted a sizeable low resistivity target emerging at depth which could potentially represent the fold limb of the recently announced Descendent discovery (See news releases dated September 12, 2023 and January 22, 2024). Previously, low resistivity has been a physical rock property the Company has used successfully in exploration for high-grade VMS deposits at the Project.  For example, the Company targeted low resistivity targets identified through an Induced Polarization ("IP") geophysical survey which was critical in the initial discovery of the Rainbow deposit.