Announcement • 8h
Allied Critical Metals Inc. announced that it has received CAD 34.219998 million in funding On August 4, 2026, Allied Critical Metals Inc. has closed the transaction. The company has now issued 10,015,609 at an issue price of CAD 2.05 per share for gross proceeds of CAD 20,532,000 ($15,000,000) under its second tranche. Announcement • Jul 29
Allied Critical Metals Inc., Annual General Meeting, Sep 25, 2026 Allied Critical Metals Inc., Annual General Meeting, Sep 25, 2026. Announcement • Jul 18
Allied Critical Metals Inc. Reports First Assay Results from 2026 Santa Helena Drilling Campaign at Borralha Tungsten Project Allied Critical Metals Inc. announced the first assay results from its 2026 drilling campaign at the Santa Helena Breccia, delivering another important milestone to advance the Borralha Tungsten Project in northern Portugal. The first drill hole of the current campaign, Bo_13/26, successfully intersected broad tungsten mineralization consistent with the current geological and mineral resource model. Drill hole Bo_13/26 returned multiple significant tungsten intervals: 81.5 metres grading 0.22% WO3 including 57.6 metres grading 0.30% WO3 including 23.8 metres grading 0.68% WO3 including 4.0 metres grading 2.96% WO3. The higher-grade tungsten occurs within broad mineralized corridors that are expected to support the Borralha Project's planned bulk underground mining approach. The results continue to demonstrate the continuity of the Santa Helena Breccia while providing important information for ongoing resource conversion, mine planning, geotechnical engineering and metallurgical variability studies. The current drilling campaign at Santa Helena forms the core of the Company's 20,000-metre fully funded exploration and development program. Drilling at the Santa Helena Breccia is primarily designed to support project advancement through resource conversion and validation of the current mineral resource estimate; geological model confirmation; geotechnical characterization for underground mine design; metallurgical variability sampling across the planned mining sequence; and selective testing of mineralization beyond the current preliminary economic assessment mine plan. The program is expected to progressively increase confidence in the existing mineral resource while providing engineering data that may be used in for future feasibility-level studies. In parallel with development drilling at Santa Helena Breccia, Allied continues to advance district-scale exploration approximately 400 metres to the northwest at the newly discovered Venise Breccia. Two drill rigs are currently evaluating the geometry, continuity and vertical extent of the newly identified tungsten-molybdenum breccia system at the Venise Breccia. Since announcing the initial discovery, the Company has completed drill hole Bo_BV_04a, with assays currently pending, while drill holes Bo_BV_02b and Bo_BV_05a remain in progress. The Company expects to provide further updates from the Venise Breccia as analytical results become available. The recently announced Venise Breccia discovery has significantly expanded the exploration potential of the Borralha Project. Current drilling is focused on evaluating the geometry, continuity and scale potential of this newly confirmed tungsten-molybdenum within the Venise Breccia system, which remains open and is not yet included in the current Borralha resource estimate, mine plan or preliminary economic assessment. The Borralha Project is currently advancing along two parallel value-creation pathways: increasing confidence in the Santa Helena Breccia resource base that underpins the current preliminary economic assessment, while simultaneously evaluating the district-scale growth potential represented by the newly discovered Venise Breccia and other exploration targets across the Borralha Property. The Company's ongoing drilling program is designed to simultaneously: increase confidence in the current mineral resource estimate; convert inferred resources to higher-confidence categories; provide geotechnical and metallurgical data for potential use in future engineering studies; evaluate extensions of the Santa Helena Breccia mineralized system; and continue district-scale exploration targeting additional tungsten-bearing breccias within the Borralha Project. Diamond drilling at the Borralha Property was carried out using industry-standard procedures. Drill core was transported to the Company's secure logging facility, where it was geologically logged, photographed and sampled under the supervision of Company geologists. Core was sampled at continuous nominal 2.0 metre intervals throughout the mineralized interval, with geological interpretation refined following receipt of analytical results where appropriate. Certified Reference Materials, blanks and duplicates were inserted into the sample stream as part of the Company's Quality Assurance and Quality Control program to monitor analytical accuracy, precision and potential contamination. Samples were securely stored and dispatched to ALS Seville (Spain) for sample preparation. Samples were crushed, split and pulverized according to ALS standard preparation procedures. Prepared pulps were subsequently analyzed at ALS Loughrea (Ireland) using the ME-MS81 method (lithium borate fusion with ICP-MS finish) for multi-element analysis. Samples returning tungsten values above the analytical upper detection limit of the ME-MS81 method (>10,000 ppm W) were re-assayed using the W-XRF15b method (lithium borate fusion with XRF finish). ALS is independent of the Company and is accredited to ISO/IEC 17025. QA/QC results are reviewed on a batch-by-batch basis. All Certified Reference Materials, blanks and duplicates associated with the results reported herein returned values within acceptable limits, and no issues were identified that would materially affect the accuracy or reliability of the analytical results. Tungsten values are reported as WO3 and calculated from elemental tungsten using a conversion factor of 1.261. These conversions are stoichiometric only and do not imply metallurgical recovery. Reported intervals represent downhole lengths. Estimated true widths were calculated from the interpreted orientation of the mineralized corridors and drill-hole geometry and remain subject to refinement as geological interpretation evolves. 
