PMET Resources Inc. · TSX:PMET
PMET Resources — Technical Presentation (November 2026)
69 slides from PMET Resources's technical presentation, November 2026
Slide 1: Updated Feasibility Study: Lithium & Tantalum at CV5
LITHIUM CAESIUM TANTALUM CLEAN ENERGY STRATEGIC ENERGY ADVANCED ELECTRONICS TRANSITION AND TECHNOLOGY AND MATERIALS THREE CRITICAL MINERALS rsonal use only ONE STRATEGIC ASSET SHAAKICHIUWAANAAN PROJECT | QUÉBEC, CANADA UPDATED FEASIBILITY STUDY LITHIUM & TANTALUM AT CV5 NOVEMBER 2026 LITHIUM CAESIUM
Slide 2: Rare Geology of Global Significance
Shaakichiuwaanaan Project Rare Geology of Global Significance 3 critical minerals in a world class mining jurisdiction rsonal use only Lithium-Caesium-Tantalum (LCT) each at scale and grade, recoverable via simple processing techniques A proven mining jurisdiction with over 20 operating mines Close
Slide 3: Corporate Structure
Corporate Structure Capital Structure In Millions Basic Shares Outstanding 185.9 rsonal use only Dilutive Securities 12.4 Fully Diluted Shares 198.3 Market Cap (as November 9th, 2026) : CA$622M Cash (as of June 30, 2026) CA$176M Liquidity (Average Daily Volume, last 12 months) TSX 614K ASX (CDIs, 10
Slide 4: Leadership that can Finance, Build and Ramp-up a Mine
Leadership that can Finance, Build and Ramp-up a Mine Built Pilgangoora (PLS) and mines in the north, now developing Shaakichiuwaanaan rsonal use only Ken Brinsden Natacha Garoute Frédéric Mercier- Darren L. Smith Alex Eastwood Grace Barrasso Olivier Caza-Lapointe CEO, President, Director CFO Langev
Slide 5: Feasibility Highlights
Feasibility Highlights Lower operating costs, enhanced economics1, and de-risked development scenario compared to prior FS Shaakichiuwaanaan – UG-First Improved a Critical Minerals Development rsonal use only Economics Powerhouse Strategy Lithium Targeting high grade at Nova Zone Key Costs Metrics I
Slide 6: Key Feasibility Outcomes
Key Feasibility Outcomes rsonal use only
Slide 7: Key Updated FS Metrics
Key Updated FS Metrics Higher Phase 1 throughput and significant tantalum co-production, drive lower costs and Project value Estimated Life of Mine Nominal Annual Total Cash AISC Production Capacity Operating Costs rsonal use only ~20 Years ~800 kt SC5.5 US$433/t US$480/t 3 4 Targeting FID end of 20
Slide 8: 2026 Updated FS: stronger returns at the same lithium price
2026 Updated FS: stronger returns at the same lithium price After-tax NPV₈ increases 44% to CA$2.29B at 2025 FS lithium price and FX assumptions COMPARISON AT 2025 LITHIUM PRICE AND FX rsonal use only Key metric 2025 FS Updated FS¹ Change 2026 Updated FS Price Case SC5.5: US$1,788/t After-tax NPV₈ C
Slide 9: Competitive Position on the Lithium Cost Curve
Competitive Position on the Lithium Cost Curve Shaakichiuwaanaan’s cash cost improve by 18%, supporting a significant cash margin at various lithium price assumptions rsonal use only Total Cash Operating Cost (FOB Québec Ports) Lithium cost curve (based on 2034 C1 cash cost; SC6.0) improvement (CA$/
Slide 10: Potential to Become one of the World's Largest Non-Artisanal Source of Tantalum
Potential to Become one of the World's Largest Non-Artisanal Source of Tantalum LOM average of 635,000 lbs of Ta2O5 per annum1, establishing a significant new source of traceable, responsibly produced tantalum from Québec, Canada. rsonal use only Annual Ta2O5 production, thousand lbs (non-artisanal
Slide 11: Mining and Processing
Mining and Processing rsonal use only
Slide 12: Project Optimisations
Project Optimisations Value engineering phase of Updated FS outlined significant value-accretive and derisking opportunities rsonal use only UG First – Bringing forward the full Tantalum Addition – Meaningful Simplified DMS plants flowsheet potential of the Nova Zone co-product credit to spodumene (
Slide 13: Underground First – High-Grade Nova Zone
Underground (“UG”) First – High-Grade Nova Zone Providing early access to the high-grade Nova Zone significantly improves Phase 1 economics and derisks Project Execution rsonal use only • The high-grade core of the Mineral Reserve’s underground component – the Nova Zone – includes 12.6 Mt at 2.04% L
Slide 14: Mining – UG Optimisations
Mining – UG Optimisations Careful review of UG mine design highlighted optimisation opportunities Overall reduction of ~16% in total development metres, achieving reduced lead-time to UG production and thus making UG-first strategy viable rsonal use only • Main Access Ramp redesign reduced main ramp
Slide 15: UG First – Higher Grade Tonnes
UG First – Higher Grade Tonnes Phase 1: High-grade UG Nova Zone generates more concentrate from less tonnes processed Phase 1 concentrate production, kt SC5.5 Calendar years 2030–2032; % vs FS 2025 Phase 1 – Updated FS vs FS 2025 rsonal use only FS 2025 Phase 1 Updated FS UG Updated FS Starter pit C
Slide 16: Processing – DMS Only Flowsheet
Processing – DMS Only Flowsheet Simplified, smaller, and higher recovery DMS circuit Recovery curve supported by extensive testwork over compared to the 2025 FS multiple programs (collectively totaling >10 t) of DMS piloting spanning open-pit, underground, and surface rsonal use only materials. Simp
Slide 17: Processing – Tantalum Credit
Processing – Tantalum Credit Average LOM production of ~0.9 lb of contained Ta2O5 for every tonne of spodumene concentrate produced rsonal use only • Estimated LOM co-product credit of ~CA$148/t SC5.5 (~US$108/t)1 due to 20% Ta2O5 secondary concentrate capturing majority of the headline price • Simp
Slide 18: Financials
rsonal use only Financials
Slide 19: Capex Variation with 2025 FS – Phase 1
Capex Variation with 2025 FS2 – Phase 1 only (in millions of CA$) Phase 1 capital costs increased by approximately 3%, below the 5% inflation rsonal use only adjustment, despite bringing underground mine development and associated infrastructure forward into initial construction. DMS improvements, p
Slide 20: CapEx Variation with 2025 FS – Phase 1 & 2
CapEx Variation with 2025 FS – Phase 1 & 2 (in millions of CA$) Total development capital costs increased by CA$85 million, or 4.0%, from CA$1,978 million in the 2025 FS1 to CA$2,063 million in the Updated FS. rsonal use only The main drivers of the increase are: • a 5% inflation adjustment to the 2
Slide 21: AISC Variation with 2025 FS
AISC Variation with 2025 FS • Spodumene cash operating costs at site decrease by 14.4%, from CA$511.9/t to CA$439.0/t, primarily driven by mining efficiencies. Standardised and higher inter-level spacing (resulting in taller, larger tonnage stopes on average) led to reduction of 16% in development r
Slide 22: Activity Cost Analysis
Activity Cost Analysis Very low costs at site, partially offset by logistics costs FS FS+ Diff. Diff % Net Cash Operating Cost at Site1 US$212.50/t rsonal use only • Low cost, renewable power (~CA 5.7cents/kWh) Open Pit - Mining costs CA$/t mined 6.42 6.45 0.03 0% • High-grade UG in wide pegmatite h
Slide 23: OpEx Variance – Concentrate Transport
OpEx Variance – Concentrate Transport +CA$85/t (+39%) vs the 2025 FS, primarily driven by inflation, trucking and rail payloads, rates and fuel Transport cost/t (2025 FS vs Updated 2026 FS, CA$ dry concentrate) Trucking +CA$52.85/t rsonal use only Increase Decrease Total $340 • General inflationary
Slide 24: Sensitivity Analysis – Post-Tax NPV8%
Sensitivity Analysis – Post-Tax NPV8% rsonal use only Base case NPV8% C$5.10B Base case: US$1,788/t • Updated FS price: US$1,788/t Near broker consensus: ~US$1,400/t • ≈ US$3.72B post-tax NPV8% Other price scenarios Near-consensus NPV8% ~ C$3.29B • Broker consensus: ~US$1,400/t • ≈ US$2.40B post-tax
Slide 25: Sensitivity Analysis
Sensitivity Analysis rsonal use only The Project is most sensitive to revenue factors, including: • lithium grade (%Li2O), • spodumene concentrate price, and • exchange rate outcomes. TSX: PMET ASX: PMT OTCQX: PMETF WB: R9GA 25
Slide 26: Building a Strong Financial Foundation
Building a Strong Financial Foundation PMET has CA$176M of cash-on-hand1 and is assembling a sophisticated group of financial partners to advance the Shaakichiuwaanaan Project. rsonal use only Société Générale Non-binding LOI — interest as Mandated Lead Arranger for debt financing Export Development
Slide 27: Permitting Pathway
Permitting Pathway rsonal use only
Slide 28: Permitting Process Underway
Permitting Process Underway ~18–24 months from ESIA submission to decision A Clear Regulatory Path Forward • 2022–2028 rsonal use only 2022-2025 MAR 2026 SUMMER 2026 FALL 2026 2027 END 2027 ENVIRONMENTAL ESIA SUBMITTED REGULATORY NEXT REVIEW TECHNICAL REVIEW DECISION & BASELINE REVIEW UNDERWAY MILES
Slide 29: Pathway to IBA – Governance Structure
Pathway to IBA – Governance Structure Non-binding Letter of Intent executed with the Cree Nation of Chisasibi Letter of Intent (LOI) – Signed July 2026 rsonal use only Overarching non-binding agreement between the Cree Nation of Chisasibi and PMET establishing the Engagement & Assessment Period Coor
Slide 30: Next Steps and Further Optimisation
Next Steps and Further Optimisation rsonal use only
Slide 31: Next Steps – CV13 PEA
Next Steps – CV13 PEA Exploring an alternative development scenario inclusive of both CV5 and CV13 and on three commodities – lithium, caesium, and tantalum rsonal use only CV5/CV13 Preliminary Site Layout The Company is targeting release of a Preliminary Economic Assessment (“PEA”) this quarter, as
Slide 32: Next Steps – Bulk Sample
Next Steps – Bulk Sample Accessing the underground area, including targeting well-mineralized lithium-caesium-tantalum intercepts within the high-grade Nova Zone, to improve geological understanding. rsonal use only Initial authorisation anticipated shortly for the development of a 2,300 m undergrou
Slide 33: Strategic Partners - Offtake Strategy
Strategic Partners - Offtake Strategy Engagement underway leveraging available lithium and tantalum offtake for Project funding STRATEGY • Offtakes to target market pricing with rsonal use only customer diversification by geography and position in the battery supply chain. • Scale, longevity, and a
Slide 34: World-Class Partners and Relationships
World-Class Partners and Relationships Building strategic relationships — with global leaders in battery materials, electric mobility, and specialty chemicals — validating industry confidence in Project quality and longevity. rsonal use only AUG 2023 DEC 2024 APR 2026 JUNE 2026 Albemarle Volkswagen
Slide 35: Further opportunities to add value at Shaakichiuwaanaan
Further opportunities to add value at Shaakichiuwaanaan LG4 hydroelectric infrastructure is a key advantage and only ~45 km from the Project Potential access to low-cost renewable power is a key project characteristic that could underpin electric calcination and on- site lithium conversion. rsonal u
Slide 36: Lithium Market Update
Lithium Market Update rsonal use only
Slide 37: Lithium Supply Is Becoming More Exposed To Disruption
Lithium Supply Is Becoming More Exposed To Disruption Africa’s share of mined supply rises from 14% in 2024 to 18% in 2030; China from 20% to 27% rsonal use only 2027 market balance under supply-risk scenarios Geographic share of mined lithium supply kt LCE 0 2024 2030 forecast −100 36% Australia −1
Slide 38: Inventories Are Falling In What Appears An Undersupplied Market
Inventories Are Falling In What Appears An Undersupplied Market China’s lithium chemical stocks fell 28% year over year through September 2026 Market Balance 2020 - 2028, Unit: kt LCE China lithium chemical inventories1 rsonal use only 100 74 Monthly, thousand tonnes LCE 50 26 40 11 0 140 -50 Kt LCE
Slide 39: 1.5 TWh battery demand in first months of 2026
1.5 TWh battery demand in first 8 months of 2026 BESS growth has been a key new driver to lithium demand, and will likely rapidly take-over lithium-ion battery deployment in EV’s rsonal use only YTD to August EV Battery Deployment1 813 GWh Combined EV battery deployment and BESS cell shipments reach
Slide 40: Tantalum demand growth and recent price environment
Tantalum demand growth and recent price environment Demand is broad within the electronics industry: capacitors, SAW filters, sputtering targets, Other superalloys, carbides and mill products. Sputtering 2% targets • AI data cards are exceptionally tantalum-intensive. 15% rsonal use only Capacitor p
Slide 41: A globally relevant critical-mineral powerhouse in the making
rsonal use only SCALE Largest Li reserve in the Americas TRIFECTA Li + Cs + Ta, all at Shaakichiuwaanaan PARTNERS/INVESTORS VW · Albermarle · Koch · Mitsui FUNDED TO FID C$176M cash, FID targeted YE 2027 TEAM Deep expertise in lithium and Quebec mining QUEBEC 20+ mines, hydro power, rail and port A
Slide 42: Annexures
rsonal use only Annexures
Slide 43: NI 43-101 Mineral Resource Statement (MRE-5)
NI 43-101 Mineral Resource Statement (MRE-5) CV5, CV13, and CV4 Pegmatites Consolidated MRE Caesium Zone MRE rsonal use only Contained Contained Contained Tonnes Li2O Ta2O5 Ga Tonnes Cs2O Rb2O Pegmatite Classification LCE Ta2O5 Caesium Zone Classification Cs2O (t) (%) (ppm) (ppm) (t) (%) (ppm) (Mt)
Slide 44: 8th Largest Lithium Pegmatite Mineral Resource in the World
8th Largest Lithium Pegmatite Mineral Resource in the World Lithium Pegmatite Mineral Resource by Grade and Tonnage rsonal use only 2,00% PMET Shaakichiuwaanaan Production 113.9 Mt at 1.43% Li2O & 164 ppm Ta2O5 (Indicated) 1,80% 33.8 Mt at 1.24% Li2O & 150 ppm Ta2O5 (Inferred) Development 5.07 Mt co
Slide 45: One of the Largest Tantalum Pegmatite Mineral Resources in the World
One of the Largest Tantalum Pegmatite Mineral Resources in the World Tantalum Pegmatite Mineral Resource by Grade and Tonnage rsonal use only 600 PMET Production 500 Development Shaakichiuwaanaan Grade (ppm Ta2O5) 400 113.9 Mt at 1.43% Li2O & 164 ppm Ta2O5 (Indicated) Mibra 33.8 Mt at 1.24% Li2O & 1
Slide 46: World's Largest Pollucite-Hosted Caesium Pegmatite Mineral Resource
World's Largest Pollucite-Hosted Caesium Pegmatite Mineral Resource Pollucite (caesium) Pegmatite Mineral Resource Under Development by Grade and Tonnage rsonal use only 10,00% PMET Contained Cs2O 9,00% Deposit/Project Location (tonnes) Other Vega (PMET Resources) Quebec 97,300 8,00% Rigel (PMET Res
Slide 47: NI 43-101 Mineral Reserve Statement (ORE-2)
NI 43-101 Mineral Reserve Statement (ORE-2) CV5 Pegmatite Only rsonal use only Contained Contained Tonnes Li2O Ta2O5 Area Classification LCE Ta2O5 (Mt) (%) (ppm) (Mt) (kt) Proven - - - - - Open-Pit Probable 48.2 1.10 131 1.31 6.3 Proven - - - - - Underground Probable 34.9 1.51 172 1.3 6.0 Proven - -
Slide 48: 6th Largest Lithium Pegmatite Mineral Reserve in the World
6th Largest Lithium Pegmatite Mineral Reserve in the World Lithium Pegmatite Mineral Reserve by Grade and Tonnage rsonal use only PMET 2,20% Shaakichiuwaanaan Production 83.0 Mt @ 1.27% Li2O & 148 ppm Ta2O5 (Probable) 2,00% Development 2.61 Mt contained LCE Greenbushes 1,80% Grade (%Li2O) 1,60% Mano
Slide 49: Largest Lithium Pegmatite Reserve in the Americas
Largest Lithium Pegmatite Reserve in the Americas Lithium Pegmatite Mineral Reserve by Grade and Tonnage rsonal use only 2,00% PMET Production 1,80% Development 1,60% PAK + Spark Grade (%Li2O) 1,40% Whabouchi Moblan Grota do Cirilo Galaxy 1,20% Bandeira Carolina NAL 1,00% Authier Shaakichiuwaanaan R
Slide 50: 2nd Largest Tantalum Pegmatite Mineral Reserve in the World
2nd Largest Tantalum Pegmatite Mineral Reserve in the World Tantalum Pegmatite Mineral Reserve by Grade and Tonnage rsonal use only Contained Deposit/Project Location (Kt Ta2O5) 250 Pilgangoora Australia 27.2 Shaakichiuwaanaan Canada 12.3 Greenbushes Kathleen Valley Australia 8.1 (Historical)1 Tabba
Slide 51: Exploration Upside / Blue Sky (Lithium-Tantalum)
Exploration Upside / Blue Sky (Lithium-Tantalum) Considerable Potential for Continued Resource and Reserve Growth rsonal use only • Current Mineral Resource (MRE-5) includes the CV5, CV13, and CV4 pegmatites, which remain open in multiple directions. • The ~1.5 km gap between CV4 and CV5 represent a
Slide 52: NI 43-101 Mineral Resource Statement (MRE-5) Geological Models
NI 43-101 Mineral Resource Statement (MRE-5) CV5, CV13, and CV4 Pegmatite Geological Models rsonal use only • MRE is the fifth for the Project (MRE-5) to date. • Includes the CV5, CV13, & CV4 pegmatites only, as well as the Caesium Zone MRE (entirely within CV13). • The CV5, CV13, and CV4 pegmatites
Slide 53: NI 43-101 Mineral Resource Statement (MRE-5) Geological Models
NI 43-101 Mineral Resource Statement (MRE-5) CV5, CV13, and CV4 Pegmatite Geological Models rsonal use only Significant amount of MRE is Indicated • Total MRE is 77% Indicated / 23% Inferred • Total CV5 is 88% Indicated / 12% Inferred • Total CV13 is 38% Indicated / 62% Inferred • Total Cs MRE is 65
Slide 54: NI 43-101 Mineral Resource Statement (MRE-5) Block Models
NI 43-101 Mineral Resource Statement (MRE-5) CV5, CV13, and CV4 Pegmatite Block Models rsonal use only • MRE is the fifth for the Project (MRE-5) to date. • Includes the CV5, CV13, & CV4 pegmatites only, as well as the Caesium Zone MRE (entirely within CV13). • The CV5, CV13, and CV4 pegmatites have
Slide 55: High-Grade Nova and Vega Zones
NI 43-101 Mineral Resource Statement (MRE-5) High-Grade (Lithium) NOVA and VEGA Zones rsonal use only • High-grade Nova and Vega Zones are readily evident when blocks are filtered to present only those >2% Li2O • Nova Zone footprint is ~1.5 km in strike length with a near vertical orientation. • Veg
Slide 56: Caesium Zone MRE
NI 43-101 Mineral Resource Statement (MRE-5) Caesium Zone MRE rsonal use only • Caesium Zone MRE is hosted entirely within the CV13 Pegmatite, and includes the Rigel, Vega, and newly estimated Helios Zone. • MRE includes maiden rubidium resources in the Caesium Zone MRE only. • Vega has greatest pot
Slide 57: Caesium Zone Geological Models within the CV13 Pegmatite
NI 43-101 Mineral Resource Statement (MRE-5) Caesium Zone Geological Models within the CV13 Pegmatite rsonal use only • Cs zones are entirely nested within the CV13 Pegmatite and sub-domained using a 0.50% Cs2O COG1, and reported at a 0.50% Cs2O COG • Vega has been traced over a general area of at l
Slide 58: Vega Li-Cs-Ta Zone within the CV13 Pegmatite
NI 43-101 Mineral Resource Statement (MRE-5) Vega Li-Cs-Ta Zone within the CV13 Pegmatite rsonal use only • Cs zones are entirely nested within the CV13 Pegmatite and sub-domained using a 0.50% Cs2O grade constraint, and reported at a 0.50% Cs2O COG1 • Vega has been traced over a general area of at
Slide 59: Peer Comparison – Li Pegmatite Mineral Resources (Global) (1 of 2)
Peer Comparison – Li Pegmatite Mineral Resources (Global) (1 of 2) Inclusive of Mineral Resources Company Project Stage Reserves Measured Indicated Inferred Information Source(s) Mt %Li2O Mt %Li2O Mt %Li2O AVZ Minerals Limited 75% / La Congolaise d’Exploitation Minière SA 25% Manono Development Y 13
Slide 60: Peer Comparison – Li Pegmatite Mineral Resources (Global) (2 of 2)
Peer Comparison – Li Pegmatite Mineral Resources (Global) (2 of 2) Inclusive of Mineral Resources Company Project Stage Reserves Measured Indicated Inferred Information Source(s) Mt %Li2O Mt %Li2O Mt %Li2O Lithium Ionic Corp. Bandeira Development Y 3.4 1.4% 23.9 1.3% 18.6 1.3% Press release dated Ma
Slide 61: Peer Comparison – Ta Pegmatite Mineral Resources (Global)
Peer Comparison – Ta Pegmatite Mineral Resources (Global) Inclusive of Mineral Resources Company Project Stage Reserves Measured Indicated Inferred Information Source(s) Ta2O5 Ta2O5 Ta2O5 Mt Mt Mt ppm ppm ppm PLS Group Ltd. Pilgangoora Production Y 15.0 104 326.0 119 62.0 132 ASX announcement dated
Slide 62: Peer Comparison – Caesium (Pollucite) Pegmatite Mineral Resources
Peer Comparison – Caesium (Pollucite) Pegmatite Mineral Resources (Global) Inclusive Mineral Resources Company Deposit Stage of Information Source(s) Measured Indicated Inferred Reserves tonnes Cs2O % tonnes Cs2O % tonnes Cs2O % rsonal use only PMET Resources Inc. Rigel Development – – – 144,000 7.3
Slide 63: Peer Comparison – Li Pegmatite Mineral Reserves (Global) (1 of 2)
Peer Comparison – Li Pegmatite Mineral Reserves (Global) (1 of 2) Project/Depos Mineral Reserves Company it Stage Proven Probable Information Source(s) Mt %Li2O Mt %Li2O AVZ Minerals Limited 75% / La Congolaise d’Exploitation Minière SA 25% Manono Development 65.0 1.6% 66.6 1.6% AVZ FY24 Financial R
Slide 64: Peer Comparison – Li Pegmatite Mineral Reserves (Global) (2 of 2)
Peer Comparison – Li Pegmatite Mineral Reserves (Global) (2 of 2) Project/Depos Mineral Reserves Company it Stage Proven Probable Information Source(s) Mt %Li2O Mt %Li2O Critical Elements Lithium Corporation Rose Development – – 26.3 0.9% TSX announcement dated August 29, 2023 rsonal use only Sibany
Slide 65: Peer Comparison – Li Pegmatite Mineral Reserves (Americas)
Peer Comparison – Li Pegmatite Mineral Reserves (Americas) Project/Depos Mineral Reserves Company it Stage Proven Probable Information Source(s) Mt %Li2O Mt %Li2O PMET Resources Inc. Shaakichiuwaanaan Development – – 83.0 1.3% TSX Announcement dated November 10, 2026 rsonal use only Sigma Lithium Co
Slide 66: Peer Comparison – Tantalum Pegmatite Mineral Reserves
Peer Comparison – Tantalum Pegmatite Mineral Reserves Project/ Mineral Reserves Company Deposit Stage Proven Probable Information Source(s) Mt Ta2O5 ppm Mt Ta2O5 ppm PLS Group Ltd. Pilgangoora Production 14.8 99 234.4 109 ASX announcement dated 16 October 2026 rsonal use only PMET Resources Inc. Sha
Slide 67: Important Information
Important Information This presentation (together with oral statements made in connection nor a recommendation to acquire and should not be construed to constitute an as expected throughput, production, processing methods, cash costs, all-in herewith, this “Presentation”) is dated November 10, 2026
Slide 68: Important Information
Important Information Although the Company believes its expectations are based upon reasonable Forward-looking statements are also subject to risks and uncertainties facing the Forward-looking statements contained herein are presented for the purpose of assumptions and has attempted to identify impo
Slide 69: Important Information
Important Information NON-IFRS AND OTHER FINANCIAL MEASURES from that disclosed previously to reflect the inclusion of a tantalum by-product This Presentation includes non-IFRS financial measures and non-IFRS financial credit, because tantalum production is now expected to form part of the ratios. T
PMET Resources — Technical Presentation (November 2026) on 6ix