Announcement PDF ASX Announcement 21 August 2023 Thick New High-Grade Intercepts Confirm and Extend Recently Discovered “Swell Zone” at Mavis Lake Highlights • Continued drilling success along trend from the recently reported diamond drill-hole MF23-207 – 74.4m @ 1.18% Li2O including 32.95m @ 1.81% Li2O. • Multiple wide mineralised zones intersected in further diamond drill-holes targeting the “Swell Zone”, with assayed intercepts including: - Drill-hole MF23-211 with 41.0m @ 1.18% Li2O from 206.6m down-hole; - Drill-hole MF23-210 with 41.25m @ 1.25% Li2O from 208.3m down-hole; - Drill-hole MF23-209 with 20.7m @ 1.21% Li2O from 212m down-hole; and - Drill-hole MF23-208 with 13.8m @ 1.81% Li2O from 156.5m down-hole and 13.3m @ 1.56% Li2O from 343.9m down-hole. • The wide intercepts are outside of the current Mineral Resource envelope and will add significant tonnage to our next resource upgrade. • Every drill-hole also displayed localised sections of very high-grade lithium mineralisation grading above 2.2% Li2O, with drill holes MF23-209 and MF23-210 containing sections grading over 3.1% Li2O. • Drilling continues to test the mineralisation in the Swell Zone, with the Swell remaining open. • Further assays from this new zone are pending and will be released to the market as soon as they become available. Lithium exploration and project development company Critical Resources Limited ASX:CRR (“Critical Resources” or “the Company”) is pleased to advise that follow-up drilling around the recent breakthrough 74.4m intercept (Drill-hole MF23-207: refer to ASX Announcement released 24 July 2023) has continued to validate and expand the recently discovered “Swell Zone” at the Mavis Lake Lithium Project in Ontario, Canada. Since that discovery intercept, the Company has completed a series of further drill-holes targeting this exciting new position, with multiple holes encountering thick mineralised intercepts, demonstrating consistency around the plunge theory at the Mavis Lake Main Zone. Critical Resources Limited ABN 12 145 184 667 ASX:CRR Level 50, 108 St Georges Terrace, Perth WA 6000 P. +61 9389 4499 W. criticalresources.com.au E. info@criticalresources.com.au Current drilling forms part of the summer 2023 resource extension drilling program, seeking to establish Mavis Lake as the largest single-site, JORC Code 2012 Compliant Lithium Resource in Ontario. Full exploration results are provided in Appendix 1. Extension of Swell Plunge Trend The drilling was designed to follow up the successful intercept in Drill-hole MF23-207 and test both the lateral, up-dip and down-dip extents of the newly identified Swell Zone. The new intercepts can be seen in Figure 2, with a summary of assay results in Table1. Figure 1 – Plan view of Mavis Lake Mineral Resource with Figure 2 cross-section reference Drill-hole MF23-208 was immediately drilled following the success of MF23-207, however this hole was originally designed for resource extension and intersected the Main Zone up-dip of the swell trend. The hole was able to intersect three significant mineralised zones, with multiple high-grade sections over 2.2% Li2O. The drill-hole also demonstrated continuity, with two intercepts of continuous, highgrade mineralisation, each over 13 metres down-hole grading over 1.5% Li2O. A full breakdown of assay results is provided in Table 1. The deepest zone, starting at 343m downhole, demonstrates the presence of significant spodumene mineralisation at depth, which will continue to be tested. Page 2 of 17 B B’ Figure 2 – Cross-section of drill-holes MF23-208, MF23-209 and MF23-210, in context to previous drilling and the current Resource shape (left image), and cross-section of drill-hole MF23-211, in context to previous drilling and the current Resource shape (right image) Drill-holes MF23-209 and MF23-210 were designed to test the down-dip extents of the swell trend identified by MF23-207. Both returned multiple thick intercepts of high-grade spodumene, including exceptionally high-grade zones grading over 3% Li2O. Some mineralised segments were separated by very thin mafic volcanic units. These intercepts have extended the mineralisation in the Swell Zone by an additional ~50m downdip and ~25m east. These holes were also used to assist in defining the geometry of the Swell Zone and allow for future drill-hole planning. MF23-211 was a step-out, collared west of MF23-207 and designed to test the lateral extension of the Swell Zone. MF23-211 successfully intersected thick spodumene-bearing pegmatite, with an average grade of 1.18% Li2O over 41m down-hole, with multiple sections grading over 2.1% Li2O. This key intercept helps validate the theory that the Swell Zone is expanding laterally. Table 1 – Significant Assay Results from Drill-holes MF23-208 to MF23-211 Hole ID From (m) To (m) MF23-211 206.6 247.6 Down-Hole Interval (m) 41.0 1.18 True Width (m) 24.6 MF23-210 208.35 249.6 41.25 1.25 24.8 MF23-209 212 232.65 20.7 1.21 12.4 MF23-208 156.5 170.3 13.8 1.81 8.3 including 166.1 167.15 1.05 3.62 0.6 and 343.9 357.2 13.3 1.56 8.0 Li2O (%) Page 3 of 17 Assessment and analysis of all four drill holes is being used to define the trend of this structure. Immediate drilling continues to test the Swell Zone. Testing at depth will be conducted once the more permitted drill pads are approved. The significant mineralised intercepts in all four drill-holes reinforce the plunge theory and have extended the swell zone by 75m towards the west and 50m in depth. The swell of mineralisation remains open at depth and laterally to the west as seen in long section (Figure 3). In some assays, thin mafic volcanic host rock inclusions that separate the pegmatite were included in the assay results where the mafic units would naturally be mined as part of accessing the larger pegmatite. The dilutive effect of these mafic units has been included in the total lithium grade reported in Table 1, for full details refer to Appendix 1. Figure 3 – Long Section Model of Swell Zone trend within the Main Zone Future Work Drilling is continuing to test and further define the Swell Zone. The western portion of the trend is a high-priority target area and has yet to be thoroughly drill tested. Drill core samples have been sent for assay with results pending. Critical Resources Managing Director, Alex Cheeseman said: “The follow up of the significant intercept in drill-hole MF23-207 has delivered immediate results, demonstrating that the Swell Zone extends up-dip, down-dip and laterally to the west. “Apart from proving the swell theory, which in itself signals a key breakthrough in the scale and growth potential of the Mavis Lake deposit, these intercepts point to an immediate and significant increase in tonnage which will form part of a future resource upgrade. Page 4 of 17 “We are on to something very exciting here and look forward to seeing the results from ongoing drilling, which is designed to extend the Swell Zone and underpin rapid resource growth that will give Mavis Lake further critical mass to underpin development of world class mining operation.” This announcement has been approved for release by the Board of Directors. -endsFor further information please contact Alex Cheeseman Managing Director E: info@criticalresources.com.au P: +61 (8) 9389 4499 Nicholas Read Read Corporate E: nicholas@readcorporate.com.au M: +61(0)419 929 046 ABOUT CRITICAL RESOURCES LIMITED Critical Resources is advancing and developing critical metals projects for a decarbonised future. The Company holds a suite of lithium prospects across Ontario, Canada, including Mavis Lake, Graphic Lake, Plaid and Whiteloon Lake. The Company’s other projects include a copper project in Oman, and a base metals project in Halls Peak NSW, Australia. The Company’s primary focus is the rapid development of its flagship Mavis Lake Lithium Project. Mavis Lake is an advanced exploration project with near-term development potential. The Company completed over 19,500m of drilling in 2022 and has commenced another significant drilling program in 2023. In early 2023, Critical Resources released its maiden JORC Code 2012 Compliant Inferred Mineral Resource Estimate (MRE) for Mavis Lake with 8.0Mt at 1.107% Li2O – making Critical Resources just one of two ASX-listed companies with a JORC Code 2012 compliant mineral resource in Ontario. In parallel, the Company has also commenced initial studies that will underpin the transition from explorer to developer. COMPETENT PERSONS STATEMENT The information in this ASX Announcement that relates to Exploration Results is based on information compiled by Mr. Troy Gallik (P. Geo), a Competent Person who is a Member of the Association of Professional Geoscientists of Ontario. Troy Gallik is a full-time employee of Critical Resources. Mr. Gallik has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity being undertaken to qualify as a Competent Person as defined in the 2012 Edition of the “Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves”. Mr. Gallik consents to the inclusion in this Announcement of the matters based on his information in the form and context in which it appears. COMPLIANCE STATEMENT This announcement contains information regarding the Mavis Lake Mineral Resource Estimate extracted from ASX market announcement dated 5 May 2023 and reported in accordance with the 2012 JORC Code and available for viewing at criticalresources.com.au. The Company confirms that it is not aware of any new information or data that materially affects the information included in any original announcement and that all material assumptions and technical parameters underpinning the estimates in the original market announcement continue to apply and have not materially changed. This document contains information on the Mavis Lake Lithium Project extracted from ASX market announcements reported in accordance with the 2012 JORC Code and available for viewing at www.criticalresources.com.au. The Company confirms that it is not aware of any new information or data that materially affects the information included in any original ASX market announcement. ASX announcements pertaining to key previous assays for drill hole MF23-207 refer to ASX announcement dated 24 July 2023. FORWARD LOOKING STATEMENTS This announcement may contain certain forward-looking statements and projections. Such forward looking statements/projections are estimates for discussion purposes only and should not be relied upon. Forward looking statements/projections are inherently uncertain and may therefore differ materially from results ultimately achieved. Critical Resources Limited does not make any representations and provides no warranties concerning the accuracy of the projections and disclaims any obligation to update or revise any forward-looking statements/projects based on new information, future events or otherwise except to the extent required by applicable laws. While the information contained in this report has been prepared in good faith, neither Critical Resources Limited or any of its directors, officers, agents, employees or advisors give any representation or warranty, express or implied, as to the fairness, accuracy, completeness or correctness of the information, opinions and conclusions contained in this announcement. Page 5 of 17 ASX Announcement Appendix 1 - Exploration Results Table 2 - Drill Hole Summary Hole ID UTM Zone 15N (NAD83) Collar Orientation Metres Drilled Hole ID Easting Northing Elevation Az Dip Casing Depth End Depth MF23-208 524006 5518046 436 45 -75 3 371 MF23-209 524006 5518047 436 30 -69 3 401 MF23-210 524007 5518046 436 10.1 -70 3 401 MF23-211 523965 5518049 431 5 -75 3 386 JORC Table 1 – MF23-208 to MF23-211 Hole Sample From (m) To (m) Li (ppm) Li2O (%) Hole Sample From (m) To (m) Li (ppm) Li2O (%) MF23-208 345125 90.75 91.2 216 0.047 MF23-208 345161 173 174 471 0.101 MF23-208 345126 113.1 113.8 79 0.017 MF23-208 345162 185.6 186.6 433 0.093 MF23-208 345127 113.8 114.9 113 0.024 MF23-208 345163 186.6 187.6 622 0.134 MF23-208 345128 114.9 115.9 122 0.026 MF23-208 345164 187.6 188.3 85 0.018 MF23-208 345129 115.9 116.95 191 0.041 MF23-208 345165 188.3 189.6 130 0.028 MF23-208 345131 131.95 132.7 78 0.017 MF23-208 345166 189.6 190.25 43 0.009 MF23-208 345132 137.55 138.55 778 0.168 MF23-208 345167 190.25 191.25 841 0.181 MF23-208 345133 138.55 139.55 784 0.169 MF23-208 345168 191.25 192.25 1660 0.357 MF23-208 345134 139.55 140.35 57 0.012 MF23-208 345169 198.45 198.75 265 0.057 MF23-208 345135 140.35 141.15 127 0.027 MF23-208 345171 204.25 204.65 81 0.017 MF23-208 345136 141.15 142.2 696 0.150 MF23-208 345172 220.45 220.8 445 0.096 MF23-208 345137 142.2 143.2 320 0.069 MF23-208 345173 221.25 221.55 296 0.064 MF23-208 345138 151.3 152.35 292 0.063 MF23-208 345174 224.1 225.15 521 0.112 MF23-208 345139 152.35 153.3 586 0.126 MF23-208 345175 225.15 226.15 335 0.072 MF23-208 345141 153.3 154.3 3350 0.721 MF23-208 345176 226.15 227.1 1860 0.400 MF23-208 345142 154.3 155.5 2050 0.441 MF23-208 345177 227.1 228.1 729 0.157 MF23-208 345143 155.5 156.5 2920 0.629 MF23-208 345178 228.1 229.3 4890 1.053 MF23-208 345144 156.5 157.65 300 0.065 MF23-208 345179 229.3 230.35 987 0.213 MF23-208 345145 157.65 158.35 3420 0.736 MF23-208 345181 230.35 231.2 3350 0.721 MF23-208 345146 158.35 159.65 10600 2.282 MF23-208 345182 231.2 232.15 10500 2.261 MF23-208 345147 159.65 161 5750 1.238 MF23-208 345183 232.15 233 3720 0.801 MF23-208 345148 161 162.1 13200 2.842 MF23-208 345184 233 233.9 1090 0.235 MF23-208 345149 162.1 163.15 13600 2.928 MF23-208 345185 233.9 234.8 2010 0.433 MF23-208 345151 163.15 164.6 12000 2.584 MF23-208 345186 234.8 235.7 988 0.213 MF23-208 345152 164.6 166.1 4540 0.977 MF23-208 345187 235.7 236.5 1590 0.342 MF23-208 345153 166.1 167.15 16800 3.617 MF23-208 345188 236.5 237.3 836 0.180 MF23-208 345154 167.15 168.2 8810 1.897 MF23-208 345189 237.3 238.15 306 0.066 MF23-208 345155 168.2 169.2 10500 2.261 MF23-208 345191 238.15 239.2 1680 0.362 MF23-208 345156 169.2 170.3 1230 0.265 MF23-208 345192 239.2 240.25 926 0.199 MF23-208 345157 170.3 170.9 1680 0.362 MF23-208 345193 240.25 241.3 3090 0.665 MF23-208 345158 170.9 172 1210 0.261 MF23-208 345194 241.3 241.9 62 0.013 MF23-208 345159 172 173 824 0.177 MF23-208 345195 241.9 242.9 981 0.211 Page 6 of 17 Hole Sample From (m) To (m) Li (ppm) Li2O (%) Hole Sample From (m) To (m) Li (ppm) Li2O (%) MF23-208 345196 242.9 243.9 783 0.169 MF23-208 345161 173 174 471 0.101 MF23-208 345196 242.9 243.9 783 0.169 MF23-208 345243 368.65 369 510 0.110 MF23-208 345197 287.5 288.55 557 0.120 MF23-209 345244 58.55 58.9 16 0.003 MF23-208 345198 288.55 289.5 680 0.146 MF23-209 345245 64.85 65.15 469 0.101 MF23-208 345199 289.5 290.65 1130 0.243 MF23-209 345246 123.5 124 71 0.015 MF23-208 345201 290.65 291.4 2770 0.596 MF23-209 345247 157.3 157.8 57 0.012 MF23-208 345202 291.4 292.3 5380 1.158 MF23-209 345248 194 195.55 1010 0.217 MF23-208 345203 292.3 293.25 1630 0.351 MF23-209 345249 195.55 196.05 931 0.200 MF23-208 345204 293.25 294.3 669 0.144 MF23-209 345251 196.05 197 113 0.024 MF23-208 345205 301.2 302.2 470 0.101 MF23-209 345252 197 198 131 0.028 MF23-208 345206 302.2 303.2 853 0.184 MF23-209 345253 198 199 66 0.014 MF23-208 345207 303.2 304 1590 0.342 MF23-209 345254 199 200.15 154 0.033 MF23-208 345208 304 305.5 3570 0.769 MF23-209 345255 200.15 201.45 224 0.048 MF23-208 345209 305.5 306.8 1320 0.284 MF23-209 345256 201.45 203 210 0.045 MF23-208 345211 306.8 308.15 706 0.152 MF23-209 345257 203 204.45 398 0.086 MF23-208 345212 308.15 309.5 706 0.152 MF23-209 345258 204.45 205.7 341 0.073 MF23-208 345213 309.5 310.8 1420 0.306 MF23-209 345259 205.7 206.9 351 0.076 MF23-208 345214 310.8 311.95 393 0.085 MF23-209 345261 206.9 208 354 0.076 MF23-208 345215 311.95 313 1380 0.297 MF23-209 345262 208 209.1 628 0.135 MF23-208 345216 313 314 978 0.211 MF23-209 345263 209.1 210.5 2200 0.474 MF23-208 345217 319.35 320.35 700 0.151 MF23-209 345264 210.5 212 1060 0.228 MF23-208 345218 320.35 321.35 833 0.179 MF23-209 345265 212 213.05 6050 1.303 MF23-208 345219 321.35 322 109 0.023 MF23-209 345266 213.05 214.4 5560 1.197 MF23-208 345221 322 323 763 0.164 MF23-209 345267 214.4 215.65 1000 0.215 MF23-208 345222 323 324.05 700 0.151 MF23-209 345268 215.65 217.15 3240 0.698 MF23-208 345223 330.15 330.6 159 0.034 MF23-209 345269 217.15 218.75 4700 1.012 MF23-208 345224 341.95 342.95 806 0.174 MF23-209 345271 218.75 220.4 3840 0.827 MF23-208 345225 342.95 343.9 1210 0.261 MF23-209 345272 220.4 221.4 297 0.064 MF23-208 345226 343.9 345.3 457 0.098 MF23-209 345273 221.4 222.35 4910 1.057 MF23-208 345227 345.3 346.35 10600 2.282 MF23-209 345274 222.35 223.35 11000 2.368 MF23-208 345228 346.35 347.3 12500 2.691 MF23-209 345275 223.35 224.8 11800 2.541 MF23-208 345229 347.3 348.35 13900 2.993 MF23-209 345276 224.8 226.25 14500 3.122 MF23-208 345231 348.35 349.3 6750 1.453 MF23-209 345277 226.25 227.25 3550 0.764 MF23-208 345232 349.3 350.8 9370 2.017 MF23-209 345278 227.25 228.25 2690 0.579 MF23-208 345233 350.8 352.2 9790 2.108 MF23-209 345279 228.25 229.7 9630 2.073 MF23-208 345234 352.2 353 1670 0.360 MF23-209 345281 229.7 230.75 3520 0.758 MF23-208 345235 353 354.35 8910 1.918 MF23-209 345282 230.75 231.6 4260 0.917 MF23-208 345236 354.35 355.65 7190 1.548 MF23-209 345283 231.6 232.65 453 0.098 MF23-208 345237 355.65 357.2 722 0.155 MF23-209 345284 232.65 233.8 360 0.078 MF23-208 345238 357.2 358.1 3200 0.689 MF23-209 345285 233.8 234.6 166 0.036 MF23-208 345239 358.1 359 2290 0.493 MF23-209 345286 234.6 235.75 247 0.053 MF23-208 345241 359 360 493 0.106 MF23-209 345287 235.75 237 1340 0.289 MF23-208 345242 360 361 394 0.085 MF23-209 345288 237 237.5 3160 0.680 Page 7 of 17 Hole Sample From (m) To (m) Li (ppm) Li2O (%) Hole Sample From (m) To (m) Li (ppm) Li2O (%) MF23-208 345196 242.9 243.9 783 0.169 MF23-208 345161 173 174 471 0.101 MF23-209 345289 237.5 239 1080 0.233 MF23-210 345337 213.25 214.25 1550 0.334 MF23-209 345291 248.35 249.85 1250 0.269 MF23-210 345338 214.25 215.2 687 0.148 MF23-209 345292 249.85 250.3 2780 0.599 MF23-210 345339 215.2 216.2 1230 0.265 MF23-209 345293 250.3 251.5 4620 0.995 MF23-210 345341 216.2 217.45 1880 0.405 MF23-209 345294 251.5 252.55 4710 1.014 MF23-210 345342 217.45 218 11900 2.562 MF23-209 345295 252.55 253.1 516 0.111 MF23-210 345343 218 218.7 9470 2.039 MF23-209 345296 253.1 255.75 217 0.047 MF23-210 345344 218.7 219.65 782 0.168 MF23-209 345297 290.65 291.5 85 0.018 MF23-210 345345 219.65 220.65 3790 0.816 MF23-209 345298 299.6 299.9 662 0.143 MF23-210 345346 220.65 221.75 7140 1.537 MF23-209 345299 303.4 303.85 86 0.019 MF23-210 345347 221.75 222.65 8880 1.912 MF23-209 345301 315.1 316 228 0.049 MF23-210 345348 222.65 223.6 8960 1.929 MF23-209 345302 318.65 319.05 374 0.081 MF23-210 345349 223.6 224.55 129 0.028 MF23-209 345303 332.35 332.9 371 0.080 MF23-210 345351 224.55 225.15 1680 0.362 MF23-209 345304 339.6 339.9 3910 0.842 MF23-210 345352 225.15 226.9 3940 0.848 MF23-209 345305 342.8 344.35 207 0.045 MF23-210 345353 226.9 228.1 2990 0.644 MF23-209 345306 344.35 345.35 183 0.039 MF23-210 345354 228.1 228.7 5980 1.287 MF23-209 345307 347.5 348.95 139 0.030 MF23-210 345355 228.7 230 6910 1.488 MF23-209 345308 358.3 359.7 390 0.084 MF23-210 345356 230 231.15 15800 3.402 MF23-209 345309 359.7 360.95 1130 0.243 MF23-210 345357 231.15 232.55 7800 1.679 MF23-209 345311 364.65 365 611 0.132 MF23-210 345358 232.55 233.5 5180 1.115 MF23-210 345312 58.4 58.75 326 0.070 MF23-210 345359 233.5 234.5 14200 3.057 MF23-210 345313 58.75 59.25 48 0.010 MF23-210 345361 234.5 235.3 4850 1.044 MF23-210 345314 65.05 65.35 131 0.028 MF23-210 345362 235.3 236.75 8610 1.854 MF23-210 345315 80.7 81 400 0.086 MF23-210 345363 236.75 237.6 4330 0.932 MF23-210 345316 124.75 125.6 47 0.010 MF23-210 345364 237.6 238.75 5980 1.287 MF23-210 345317 129.2 129.65 333 0.072 MF23-210 345365 238.75 239.7 10100 2.175 MF23-210 345318 135 135.55 45 0.010 MF23-210 345366 239.7 240.75 13300 2.863 MF23-210 345319 195.7 196.95 478 0.103 MF23-210 345367 240.75 242 6820 1.468 MF23-210 345321 196.95 197.75 415 0.089 MF23-210 345368 242 243 6270 1.350 MF23-210 345322 197.75 198.8 75 0.016 MF23-210 345369 243 243.85 3900 0.840 MF23-210 345323 198.8 199.7 59 0.013 MF23-210 345371 243.85 244.5 2140 0.461 MF23-210 345324 199.7 200.85 226 0.049 MF23-210 345372 244.5 246 2050 0.441 MF23-210 345325 200.85 202 209 0.045 MF23-210 345373 246 246.8 4560 0.982 MF23-210 345326 202 203.5 156 0.034 MF23-210 345374 246.8 247.55 10700 2.304 MF23-210 345327 203.5 204.55 154 0.033 MF23-210 345375 247.55 248.2 2800 0.603 MF23-210 345328 204.55 205.8 3340 0.719 MF23-210 345376 248.2 249.1 7510 1.617 MF23-210 345329 205.8 207 2870 0.618 MF23-210 345377 249.1 249.6 1470 0.316 MF23-210 345331 207 208.35 3240 0.698 MF23-210 345378 249.6 250.1 1560 0.336 MF23-210 345332 208.35 209.2 1540 0.332 MF23-210 345379 250.1 251.55 280 0.060 MF23-210 345333 209.2 210.05 10800 2.325 MF23-210 345381 293.9 295.4 405 0.087 MF23-210 345334 210.05 210.85 8880 1.912 MF23-210 345382 295.4 295.9 1430 0.308 MF23-210 345335 210.85 212.2 2420 0.521 MF23-210 345383 295.9 296.75 5370 1.156 MF23-210 345336 212.2 213.25 3410 0.734 MF23-210 345384 296.75 297.35 708 0.152 Page 8 of 17 Hole Sample From (m) To (m) Li (ppm) Li2O (%) Hole Sample From (m) To (m) Li (ppm) Li2O (%) MF23-210 345385 297.35 297.8 812 0.175 MF23-211 345433 179.55 180.1 25 0.005 MF23-210 345386 297.8 299.25 376 0.081 MF23-211 345434 180.1 180.9 64 0.014 MF23-210 345387 311 311.45 454 0.098 MF23-211 345435 180.9 181.5 138 0.030 MF23-210 345388 313.5 315 349 0.075 MF23-211 345436 181.5 182.5 283 0.061 MF23-210 345389 315 315.5 621 0.134 MF23-211 345437 182.5 183.5 253 0.054 MF23-210 345391 315.5 316.4 2920 0.629 MF23-211 345438 183.5 184.5 376 0.081 MF23-210 345392 316.4 317.65 903 0.194 MF23-211 345439 184.5 185.2 437 0.094 MF23-210 345393 317.65 318.7 591 0.127 MF23-211 345441 185.2 186 626 0.135 MF23-210 345394 318.7 319.6 520 0.112 MF23-211 345442 186 186.8 349 0.075 MF23-210 345395 327.8 329.3 967 0.208 MF23-211 345443 186.8 187.5 6050 1.303 MF23-210 345396 329.3 329.8 1230 0.265 MF23-211 345444 187.5 188.25 5990 1.290 MF23-210 345397 329.8 331.1 201 0.043 MF23-211 345445 188.25 189.1 2440 0.525 MF23-210 345398 331.1 332.05 133 0.029 MF23-211 345446 189.1 190 542 0.117 MF23-210 345399 332.05 334.05 618 0.133 MF23-211 345447 190 190.8 1580 0.340 MF23-210 345401 336.6 338 365 0.079 MF23-211 345448 190.8 191.7 547 0.118 MF23-210 345402 338 338.6 341 0.073 MF23-211 345449 191.7 192 567 0.122 MF23-210 345403 338.6 338.95 521 0.112 MF23-211 345451 192 193.05 3570 0.769 MF23-210 345404 338.95 339.65 1210 0.261 MF23-211 345452 193.05 194 1540 0.332 MF23-210 345405 339.65 340.6 125 0.027 MF23-211 345453 194 195 639 0.138 MF23-210 345406 340.6 341.85 131 0.028 MF23-211 345454 195 195.8 5680 1.223 MF23-210 345407 341.85 342.35 839 0.181 MF23-211 345455 195.8 196.7 407 0.088 MF23-210 345408 342.35 343.8 365 0.079 MF23-211 345456 196.7 197.6 380 0.082 MF23-210 345409 343.8 346.55 657 0.141 MF23-211 345457 197.6 198.5 598 0.129 MF23-210 345411 346.55 347.05 497 0.107 MF23-211 345458 198.5 199.35 459 0.099 MF23-210 345412 347.05 348.05 216 0.047 MF23-211 345459 199.35 200.05 281 0.060 MF23-210 345413 348.05 348.75 421 0.091 MF23-211 345461 200.05 200.9 328 0.071 MF23-210 345414 348.75 350.4 102 0.022 MF23-211 345462 200.9 201.65 901 0.194 MF23-210 345415 350.4 351.5 217 0.047 MF23-211 345463 201.65 202.4 443 0.095 MF23-210 345416 351.5 352.45 411 0.088 MF23-211 345464 202.4 203.35 500 0.108 MF23-210 345417 352.45 353.5 162 0.035 MF23-211 345465 203.35 204.3 201 0.043 MF23-211 345418 61.55 61.85 22 0.005 MF23-211 345466 204.3 205.2 126 0.027 MF23-211 345419 94.1 94.55 485 0.104 MF23-211 345467 205.2 206.6 2950 0.635 MF23-211 345421 125.55 126.1 399 0.086 MF23-211 345468 206.6 207.6 3440 0.741 MF23-211 345422 130.35 130.75 39 0.008 MF23-211 345469 207.6 208.5 1500 0.323 MF23-211 345423 145 146.65 575 0.124 MF23-211 345471 208.5 209.45 3220 0.693 MF23-211 345424 146.65 147.1 691 0.149 MF23-211 345472 209.45 210.4 1060 0.228 MF23-211 345425 147.1 147.95 110 0.024 MF23-211 345473 210.4 211.35 2560 0.551 MF23-211 345426 147.95 148.8 75 0.016 MF23-211 345474 211.35 212.3 5440 1.171 MF23-211 345427 148.8 149.4 443 0.095 MF23-211 345475 212.3 213.25 9060 1.951 MF23-211 345428 149.4 150.9 596 0.128 MF23-211 345476 213.25 214.2 4150 0.893 MF23-211 345429 176 177.25 649 0.140 MF23-211 345477 214.2 215.2 7740 1.666 MF23-211 345431 177.25 178.6 654 0.141 MF23-211 345478 215.2 216.2 8000 1.722 MF23-211 345432 178.6 179.55 1070 0.230 MF23-211 345479 216.2 217.2 3460 0.745 Page 9 of 17 Hole Sample From (m) To (m) Li (ppm) Li2O (%) Hole Sample From (m) To (m) Li (ppm) Li2O (%) MF23-211 345481 217.2 218.2 4330 0.932 MF23-211 345528 287.85 288.85 985 0.212 MF23-211 345482 218.2 219.2 7380 1.589 MF23-211 345529 288.85 289.8 173 0.037 MF23-211 345483 219.2 220.2 8980 1.933 MF23-211 345531 289.8 290.9 1150 0.248 MF23-211 345484 220.2 221.2 6400 1.378 MF23-211 345532 304 305.05 646 0.139 MF23-211 345485 221.2 222.2 7440 1.602 MF23-211 345533 305.05 305.8 80 0.017 MF23-211 345486 222.2 223.25 3450 0.743 MF23-211 345534 305.8 306.8 461 0.099 MF23-211 345487 223.25 224.3 6130 1.320 MF23-211 345535 327.9 328.85 1120 0.241 MF23-211 345488 224.3 225.25 4950 1.066 MF23-211 345536 328.85 329.95 193 0.042 MF23-211 345489 225.25 226.2 3550 0.764 MF23-211 345537 329.95 331 139 0.030 MF23-211 345491 226.2 227.15 3610 0.777 MF23-211 345538 331 332 989 0.213 MF23-211 345492 227.15 228.15 11000 2.368 MF23-211 345539 349 350.45 1120 0.241 MF23-211 345493 228.15 229.1 10400 2.239 MF23-211 345541 350.45 351.3 225 0.048 MF23-211 345494 229.1 230.1 13400 2.885 MF23-211 345542 351.3 352.15 140 0.030 MF23-211 345495 230.1 230.9 3170 0.683 MF23-211 345543 352.15 353 135 0.029 MF23-211 345496 230.9 231.7 1600 0.344 MF23-211 345544 353 353.9 125 0.027 MF23-211 345497 231.7 232.4 2100 0.452 MF23-211 345545 353.9 355.95 3080 0.663 MF23-211 345498 232.4 233.45 13100 2.820 MF23-211 345546 359.55 359.95 878 0.189 MF23-211 345499 233.45 234.5 13000 2.799 MF23-211 345547 362 363.35 458 0.099 MF23-211 345501 234.5 235.6 8880 1.912 MF23-211 345548 363.35 364.35 760 0.164 MF23-211 345502 235.6 236.4 1300 0.280 MF23-211 345549 364.35 365.4 948 0.204 MF23-211 345503 236.4 237.2 885 0.191 MF23-211 345551 365.4 366.4 981 0.211 MF23-211 345504 237.2 237.65 5250 1.130 MF23-211 345552 366.4 367.45 1160 0.250 MF23-211 345505 237.65 238.15 3600 0.775 MF23-211 345553 367.45 368.5 1040 0.224 MF23-211 345506 238.15 239.2 4880 1.051 MF23-211 345554 368.5 369.5 1390 0.299 MF23-211 345507 239.2 240.25 2560 0.551 MF23-211 345555 369.5 370.5 239 0.051 MF23-211 345508 240.25 241.3 1240 0.267 MF23-211 345556 370.5 371.6 485 0.104 MF23-211 345509 241.3 242.35 11000 2.368 MF23-211 345557 371.6 372.65 537 0.116 MF23-211 345511 242.35 243.35 5990 1.290 MF23-211 345558 372.65 373.75 517 0.111 MF23-211 345512 243.35 244.2 3090 0.665 MF23-211 345559 373.75 374.9 249 0.054 MF23-211 345513 244.2 245.05 2280 0.491 MF23-211 345561 374.9 375.95 469 0.101 MF23-211 345514 245.05 245.9 1610 0.347 MF23-211 345562 382.75 383.2 232 0.050 MF23-211 345515 245.9 246.7 4320 0.930 MF23-211 345516 246.7 247.55 1230 0.265 MF23-211 345517 247.55 248.4 348 0.075 MF23-211 345518 248.4 249.4 529 0.114 MF23-2