Pure Resources Limited · ASX:PR1
Pure Resources — Corporate Update (April 2026)
21 slides from Pure Resources's corporate update, Apr 2, 2026
Slide 1: 3D Recycled Carbon Nanotube Fibre IP Collaboration
3D Recycled Carbon Nanotube Fibre IP Collaboration High-Flux, Low-Mass Thermal Management ASX Presentation · April 2026
Slide 2: Disclaimer & Cautionary Statement
Disclaimer & Cautionary Statement Pure Resources Limited | ASX: PR1 ACN 653 330 413 IMPORTANT NOTICE This presentation has been prepared by Pure Resources Limited (“Company” or “Pure”). It is provided for information purposes only and is not a prospectus, product disclosure statement or offering doc
Slide 3: Corporate Structure
Corporate Structure Pure Resources Limited | ASX: PR1 Pure Resources is a mineral exploration company focused on its Garnet Hills Garnet and Graphite project, located on a granted mining lease in the Halls Creek region of Western Australia. Key Metrics Top 20 Ownership 69,842,127 Shares on Issue (po
Slide 4: Material Terms Of The R&D Collaboration
Material Terms Of The R&D Collaboration Pure Resources Limited X Rice University | Legally Binding Agreement Graphite Supply from Garnet Hills World-Class Research Team Pure will provide samples of graphite materials from the 100%- Rice provides Prof. Pasquali, Preston, Sanchez and Wehmeyer, owned G
Slide 5: Garnet Hills Project
Garnet Hills Project The Graphite Feedstock Underpinning The Rice University Collaboration Large-to-Jumbo Flake Graphite1 Project Overview Mine-to-Materials Strategy Recent petrographic studies confirm ▪ 100% owned by Pure Resources Graphite and carbon materials form average flake sizes of ~200 μm w
Slide 6: Garnet Hills Project
Garnet Hills Project Large To Jumbo Flake Graphite On Granted Mining Lease 1 Figure 2. Sample P20097 • Large - sized flake graphite (gr) occurs as platy clumps that parallel the quartzofeldspathic (Q) gneissic host. • Plane polarized reflected light. • Field of view - 1.13 mm Figure 3. Sample P20098
Slide 7: Building A Global Team To Deliver
Building A Global Team To Deliver Building A World-class Leadership Team Building A World-class Team OUR GOAL Actively forming a world-class management and advisory board Lead the transformation of with deep expertise in: the U.S. thermal management industry through: Collaboration Innovation Achievi
Slide 8: Intellectual Property Target Market
Intellectual Property Target Market USA Data Centres, AI & Defence Massive Scale & Opportunity ~US$30 -$100BN+ Advanced Heat Exchange & Heat Sink Platforms Market (USA TAM) US$35BN+ AI, Defence System-Level Thermal Architecture (USA TAM) CNTF's core properties are application-agnostic. The Company w
Slide 9: Our IP Experts – Rice University
Our IP Experts – Rice University Integrated Technical Capability Professor Professor Professor Professor Daniel J. Geoff Matteo Vanessa Preston Wehmeyer Pasquali Sanchez Assistant Professor Assistant Professor A.J. Hartsook Assistant Professor Professor Mechanical Mechanical Mechanical Engineering E
Slide 10: Overview – Why
Overview – Why Advanced TIM’s, Heat Exchange & Heat Sink Platforms Power & Cooling: The Two Biggest Data Centre Running Costs ▪ Cool running stacks quicker whilst maintaining performance ▪ Avoid thermal inefficiencies that lead to downtime, system failure, and energy waste Consultation with end user
Slide 11: Overview - The Problem
Overview - The Problem Thermal Management Is Now A Mission Constraint Conventional cooling architectures are reaching physical limits. HEAT LOAD COOLING CAPABILITY VS ↑↑↑ → Stagnant ASX Presentation · April 2026 11
Slide 12: Overview - Why Now
Overview - Why Now Heat Flux Is Rising Everywhere Power density is increasing faster than metal-based cooling can scale. Data Centers Aviation / Aerospace AI Edge Compute The cooling gap is now a hard constraint on peak power, range, and operational tempo. ASX Presentation · April 2026 12
Slide 13: Overview - Limit Of Metals
Overview - Limit Of Metals Why Aluminium And Copper Don't Scale High Mass Large heat sink mass per unit heat rejected — a critical penalty for mobile platforms. Geometry Constraints Directionally engineered heat flow through extreme thermal anisotropy and textile-enabled 3D architectures impossible
Slide 14: Overview – What Are CNTF’s?
Overview – What Are CNTF’s? Carbon Nanotube Fibres (CNTFs) Hierarchical carbon nanotube fibres processable as yarns and textiles allow for superior heat flow engineering Single CNT CNT Fiber CNTF Yarns CNTF Fabrics TEM SEM / CNTFs ASX Presentation · April 2026 14
Slide 15: Overview - From Fibres To Structures
Overview - From Fibres To Structures From Fibres To Thermal Architectures Textile manufacturing enables scalable, customisable thermal structures. Geometry freedom Fiber Yarn, Cord Textile Structure & Cable (also Prepreg) impossible with metals 3D braiding enables complex internal channel geometries
Slide 16: Overview - Real Hardware
Overview - Real Hardware Hierarchically Structured CNTF Heat Exchangers Lightweight High-surface-area heat exchange structures from Wire → Array → Fabric. 3D braiding enables complex internal channel geometries ASX Presentation · April 2026 18
Slide 17: Ai Defence Thermal Architecture
Overview– How Ai Defence Thermal Architecture Rack-Level AI Heat Density Sovereign Compute Cluster Optimisation of heat density at rack level for next- Thermal engineering for sovereign compute clusters generation AI compute deployments in defence and requiring secure, high-performance cooling in so
Slide 18: Potential CNTF Thermal Management Solutions into the Defence Sector
Overview – Why Potential CNTF Thermal Management Solutions into the Defence Sector Potential AUKUS Collaboration Focus Engage with Australian and USA defence to explore Ruggedised Structural-Thermal Shock & Vibration Resistant Enclosures Composite Heat Spreaders opportunities High-Temperature Contin
Slide 19: Overview – Defence Applications
Overview – Defence Applications Relevant Across DoD Systems Sustained Edge Compute Enable higher peak power and burst engagement Higher-Duty RF Systems Improve reliability, reduce system vulnerability Autonomous Platforms Support mobile platforms and operational stealth Power Density Electronics Hig
Slide 20: $0.25 per share Placement
Placement $3,000,000 Equity Placement | Subject To Shareholder Approval | Expected End April 2026 USE OF PROCEEDS $3,000,000 Follow-up exploration and drilling programs at the Garnet Hills Graphite Project Placement Raise (before costs) Exploration of Kilarney, Mt Monger, Yandal and Yundamindra Proj
Slide 21: High-Flux, Low-Mass Thermal Management
High-Flux, Low-Mass Thermal Management www.pureresources.com.au +61 8 9388 0051 22 Townshend Road, Subiaco WA 6008 ASX Presentation · April 2026