Venturex Resources Ltd. announced that it has now received all remaining assay results from the 2020 exploration drilling programme completed late last year at its 100%-owned Sulphur Springs Copper-Zinc Project, located 144km south of Port Hedland in WA. Assay results from the remaining two drill-holes (BKR015 and SSR010) of the programme at Breakers and the XA8 Prospects have now been received. Hole BKR015 is located 80m down-plunge of the exceptional intercept reported prior to Christmas at the Breakers Main Prospect of 20m @ 8.54% Zn, 0.31% Cu, 0.72% Pb and 16.2g/t Ag from 180m down-hole in BKR013, including 6m @ 19.4% Zn, 0.75% Cu, 0.63% Pb and 36.0g/t Ag from 186m, including 1m @ 16.1% Zn, 2.37% Cu and 114.0g/t Ag from 187m. BRK015 intersected ten metres of semi-massive VMS mineralisation hosting low-grade zinc (10m @ 0.15% Zn from 201m down-hole). This intersection supports the current geological model which suggests that the base metal mineralisation discovered at the Breakers Main Gossan comprises a broad, low-to-moderate grade massive sulphide envelope surrounding several high-grade zones. The continued discovery of widespread sulphide mineralisation at the greenfields Breakers Prospect is extremely encouraging and confirms the potential of this early-stage Prospect to substantially expand the resource base by discovering additional mineralisation both along strike and at depth. The variable zones of high-grade copper-zinc-lead-silver mineralisation within a broader sulphide body is very similar in style to that seen at the Sulphur Springs and Kangaroo Caves Resources, and further supports the highly prospective exploration upside at the Breakers Prospect and wider Sulphur Springs Project. As previously reported, drilling at the XA8 Prospect (SSR010) intersected only minor disseminated sulphide mineralisation at the Mafic-Ultramafic contact, followed by a fault zone. Assay results received for SSR010 have confirmed that no significant mineralisation is associated with this zone. While the low-level mineralisation and associated fault are interpreted to represent the likely source of the target EM anomaly, DHEM is still planned to be completed on the hole. Drill-holes from the 2020 exploration programme will now serve as important platforms for deep Down-Hole Electromagnetic (DHEM) and Down-Hole Magnetometric Resistivity (DHMMR) surveys, with these scheduled to be completed at the conclusion of the Pilbara wet season.