Home » First Assays Confirm Thick Copper Zone and Significant By-Products at Horden Lake

First Assays Confirm Thick Copper Zone and Significant By-Products at Horden Lake

First Assays Confirm Thick Copper Zone and Significant By-Products at Horden Lake

Highlights

Assay Highlights

HN-24-93

HN-24-92

Managing Director, Mr Fairhall said:

“I am very pleased to be sharing the first of many assays from Pivotal’s maiden drilling campaign at Horden Lake. These results showcase the shallow wide zones of copper rich mineralisation that characterises Horden Lake. Importantly they validate the existence of significant gold, palladium, platinum, cobalt and silver which were never previously assayed in this part of the deposit, and will serve as potential upside to our mineral resource update later this year.

We look forward to sharing consistent news-flow in the coming months as we receive more assays and downhole geophysics interpretations, to complement our strategy to grow Horden Lake and demonstrate its high-quality development credentials.”

Overview

Horden Lake is a copper dominant Cu-Ni-Au-PGM-Co Project located 131km north-northwest of Matagami, in Quebec Canada. The Project hosts a 28mt at 1.5% CuEq indicated and inferred mineral resource estimate, as a result of over 52,464m of drilling already completed on the property. Pivotal has recently completed a 7,097m 34 hole diamond drilling campaign. The objectives of the drilling program were to infill missing by-product multi-element assay information, potentially expand the resource (which remains open at depth across its full extent), and collect a distribution of metallurgical sample for a complete test work program. Downhole EM surveys have also been completed to dimension future exploration potential and targetting.

Drill Hole Discussion

Holes HN-24-92 and HN-24-93 were designed to target gaps in the resource blocks, infill and add additional missing metals assay information. Table 1 contains significant intercepts, and Figure 2 is a longitudinal section showing the spatial distribution of historical and new drill holes.

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