お知らせ • Aug 05
Jaxon Mining Inc. Announces Completion of its Inaugura Drill Hole NET21-01 at the Netalzul Mountain Project on the Hazelton Property
Jaxon Mining Inc. announced that it has completed its inaugural drill hole, NET21-01 (206 metres in length, 315°/-48°), at the Netalzul Mountain project on the Hazelton Property near Smithers, B.C. As designed, three holes (NET21-01, NET21-02 and NET21-03) will test for high-grade silver polymetallic sulfide-quartz veining zones at Daisy South Adit Zone, extending more than 1,600 metres (1.6 km) along the strike, and for patterns of alteration that indicate the presence of the deeper porphyry system that generated the mineralization. NET21-01 intercepted both Adit #1 and Adit #2 high-grade silver polymetallic sulfide-quartz veining zones as targeted, with total cuts of more than 23 metres in width (hole interception, not true width) of intense mineralized silver polymetallic sulfide-quartz veining zones. The Adit #1 veining zone previously reported Ag equivalent grades of up to 745 g/t for two metres, including Ag grades of up to 486 g/t, Au grades of up to 1.40 g/t and Cu grades of up to 1.40% from the 2020 channeling sampling program at surface. NET21-01 undercut the Adit #1 mineralization zone from 21.0 to 31.1 metres below surface at the Daisy South Adit Zone. The intense mineralized sulfide-quartz veining zone is present from 23.5 to 24.2 metres, 25.9 to 26.3 metres and 29.0 to 29.8 metres, respectively, with portable XRF (X-ray fluorescence) tests reporting high-grade tetrahedrite, sphalerite, galena, chalcopyrite, pyrite and molybdenite. It consists predominantly of quartz, abundant with different black materials. Based on portable XRF tests, four spot counts at 23.9 metres from NET21-01 returned over 4,000 g/t Ag, 6% Cu and 2.9% Sb, which are from tetrahedrite, and 6.6% Zn and 1.4% Pb, which are from sphalerite and galena. The second mineralized sulfide-quartz veining zone reported up to 284 g/t silver equivalent (AgEq), including Ag grades of up to 186 g/t, Au grades of up to 0.7 g/t and Cu grades of up to 0.37% for five metres at surface in 2020. NET21-01 cut the second sulfide quartz veining zone from 147.9 to 162.0 metres below the Adit #2 surface mineralization, which includes multiple quartz veins and altered granodiorite with intense potassic alteration. The intense mineralized sulfide-quartz veining is present from 150.9 to 151.6 metres and 157.0 to 158.1 metres, respectively, with tetrahedrite, sphalerite, galena, chalcopyrite, pyrite and molybdenite. Spot counts with a portable XRF at 150.05 metres at NET21-01 returned over 222 g/t Ag, 49.95% Pb and 0.73% Zn, from 5 cm thick galena vein. Additional XRF spot counts at 157.9 metres returned over 97 g/t silver and 0.78% molybdenum. Medium to strong potassic quartz veins or veinlets consisting of chlorite, muscovite, potassic feldspar and silica alterations with sulfides minerals including chalcopyrite, pyrite, molybdenite and chalcocite have been observed at both hanging wall and footwall country rock (granodiorite or diorite) at the Adit #1 and Adit #2 zones. Some of these potassic quartz veins are rich with chalcopyrite and chalcocite. This type of potassic alteration can span from the beginning to the end of hole NET21-01, and can contain lower grade copper and molybdenum. A second hole, NET21-02, drilled at the same pad as NETGD21-01 at Daisy South Adit Zone, with a 300 degree northeast orientation and -74 degree dip angle, intersected four different quartz veining and intense potassic alteration zones at 27 to 29 metres, 70.8 to 71.8 metres, 154 to 155.8 metres and 179.5 to 183.10 metres, respectively. Similarly, Adit #1 and Adit #2 quartz veining zones have been intercepted at hole NET21-02. Jaxon's field crew is working on the detailed logging at the NET21-02 hole. The third vertical hole, NET21-03, is currently being drilled at the same pad as NETGD21-01 and NET21-02, to a depth of approximately 340 metres, to test both Adit #1 and Adit #2 mineralization zones at depth and to also test the potential porphyry-type alteration features at depth.