PJX Resources Discovers 5.57% Zinc Mineralization in Outcrop Above Recently Discovered Sullivan Style Massive Sulphide Boulders

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TORONTO, ON / ACCESSWIRE / January 15, 2024 / PJX Resources Inc. ("PJX" or "the Company") is pleased to announce recently received results of significant zinc and lead mineralization in outcrop that further supports the potential to discover a Sullivan type deposit on the Company's Dewdney Trail Property in the Sullivan Mining District in southeastern British Columbia, Canada.

Two rock samples taken from outcrop, G23-699B and G23-699C below, returned values of 5.57% zinc, 0.94% (9450ppm) lead, 4.41g/t (4.41ppm) silver, and 4.72% zinc, 1.28% lead, 6.07g/t (6.07ppm) silver, respectively. The sediment hosted zinc and lead mineralization appears as bands or beds. (see photos of samples G23-669B and 669C). The bedrock exposures of mineralization occur upslope and north of semi-massive to massive sulphide boulders containing Sullivan deposit style and grade mineralization announced in the news release dated October 12, 2023 (see photo of discovery locations, and photos of some of the semi-massive to massive sulphide boulders, samples STM-23-7 and STM-23-8).

Semi-massive to massive sulphide boulders occur in talus at the base of the mountain slope. Outcrop with sediment hosted zinc-lead-silver mineralization occurs up-slope and to the north of the boulders' location. (photo looking northeast)

Deposit Potential

  • Significant sediment hosted zinc and lead mineralization found in outcrop greatly increases the probability that the boulders of Sullivan grade semi-massive to massive sulphide mineralization found at the base of the mountain slope are close to their source.

  • The semi massive to massive sulphide boulders are strongly magnetic with iron, zinc and lead sulphides. The mineralized samples from outcrop have predominantly zinc and lead sulphides and are only very weakly magnetic. This suggests that the two styles of mineralization represent separate zones or horizons that could be stacked above one another or lateral to each other, similar to mineralization at the Sullivan deposit.

  • The semi-massive to massive sulphide boulders are also different in appearance. For example, some are banded/bedded or fragmental in nature. Others are iron sulphide rich while others are more zinc sulphide rich. These differences in mineralization styles also suggest that the various strongly magnetic and higher grade mineralized boulders may be from distinct and separate stacked horizons.

  • The strongly magnetic semi-massive to massive sulphide boulders occur at the base of the mountain slope and on the edge of a large (about 500m diameter) strong magnetic geophysical anomaly (pink to red coulours on the airborne magnetic map) that occurs upslope from the boulders.

  • Zinc-lead-silver sulphide mineralization in outcrop is only very weakly magnetic. This supports the potential for a vertically or laterally zoned deposit with varying magnetic signatures. The outcrop mineralization appears to be associated with a less magnetic trend (orange to red coulours) in the airborne geophysics survey that occurs for possibly 1.6 km along strike (see airborne magnetic map below).