Infinity Mining Limited announced it has been granted a further five-year extension of term for its Exploration Licence E45/4848, with a new expiry date of 14 December 2027. The main exploration target at Tambourah is lithium-rubidium-tantalum (LCT) bearing pegmatites within the West Shaw Greenstone Belt adjacent to the eastern side of the Yule Granite Complex, host to lithium fertile Tambourah Monzogranite (Split Rock Suite). Summary of the work programs completed during the tenement's first 5-year term include: An initial helicopter reconnaissance trip to review geology. Acquisition of open file exploration data and public domain geophysics. Re-processing of magnetic and gravity data. Desktop mineral assessment using open file reports, magnetic, gravity and satellite imagery. Helicopter reconnaissance survey to review mineral assessment results and ground access. A large program of pegmatite mapping and rock chip sampling. Orientation lag sampling over poorly exposed pegmatites. Negotiation of an Aboriginal Heritage Agreement with the Palyku Native Title Group in 2022. Cultural heritage survey of access tracks and drilling areas (exploration impact zones) with the Palyku Native Title Group. Completion of access tracks and drill and construction. Completion of scout drilling program consisting of 21 RC drill holes targeting down dip extension of
mineralized pegmatites. Infinity carried out a major field mapping and rock chip sampling program along the western side of the licence between May 2022 and October 2022 1 2. A large cluster of over 36 stacked pegmatites with over 2.6 km of strike length containing visible Spodumene and Lepidolite was found, see Figures 2 and 3. Assaying returned up to2.65% Li2O1 and 0.724% Rb2O2. Anomalous indicator geochemistry with up to 611.3 ppm Cs, 2930 ppm Be, 734.5 ppm Ta and 427 ppm Nb1 2 was found in the samples, confirming the presence of highly fractioned pegmatites with fertile Li-CS-Ta (LCT) geochemistry. Additional lag sampling in the North-West corner of the licence in partially cover areas identified two geochemical anomalous zones up to 100m x 50m over structural zones3, see Figure 4. High Rubidium results in the rock chips sample also identified the potential Rb mineralisation with a large 500m x 300m Rb rich zone in the south-west corner of the license2, see Figure 5.