Home » SNX Returns 1,880g/t Silver, 31.2g/t Gold and 4.94% Copper at New High-Grade Silver, Gold, Copper and Antimony Prospects

SNX Returns 1,880g/t Silver, 31.2g/t Gold and 4.94% Copper at New High-Grade Silver, Gold, Copper and Antimony Prospects

SNX Returns 1,880g/t Silver, 31.2g/t Gold and 4.94% Copper at New High-Grade Silver, Gold, Copper and Antimony Prospects

Highlights

SNX Executive Chairman Peter Moore said: “These new prospects near the Blackhawk Project in Nevada, have returned exciting high-grade results from the initial mapping and sampling work. Results demonstrate potential for high-grade silver, gold, copper and antimony mineralisation with results up to 1,880g/t silver with associated copper and antimony at Crystal Peak and up to 31.2g/t gold at G Mine. We are excited to be the first explorer to implement modern exploration techniques across this ground, and we are planning additional exploration to follow up these initial results. Preparations for the upcoming RC drilling program at the Endowment high-grade silver mine located 10kms east of Crystal Peak continue with drilling expected to commence in early October”.

At Crystal Peak, SNX identified a high-grade silver-copper-antimony quartz stockwork zone outcropping over an area of 60m x 30m. The stockwork zone forms a prominent ridge with outbound dispersed quartz float zones suggesting potential for extensions to currently mapped zone.

SNX’s initial mapping and sampling at Crystal Peak returned peak silver assays of up to 1,880g/t Ag, 752g/t Ag, 485g/t Ag and 427g/t Ag, all with strong copper and antimony association.

Crystal Peak

The Crystal Peak stockwork zone is hosted within a coarse-grained quartz monzonite which in turn forms part of a larger composite intrusion complex ranging in composition of granodiorite to quartz monzonite. Locally, minor diorite intrusions are observed although account for only a small portion of the composite intrusion.

Alteration about the stockwork zone and along through-going structures is characterised as proximal quartz- sericite-pyrite within a larger argillic alteration halo (see figure 2). Typically, the quartz stockwork is made up of continuous to semi-continuous linear veins up to 10cm wide at various attitudes to each other (see photo 1). While there are some prominent low angle veins many of the veins are sub-vertical, suggesting good potential at depth. Within the stockwork, vein density ranges from 3 veins per meter up to 15 veins per meter where veins account for up to 85% of the rock by volume. Within the larger stockwork area some consistently more sheeted quartz vein zones are observed.

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