Slide 1: Dedicated to Discovering Critical Minerals to Meet Rising Global Demands
DEDICATED TO DISCOVERING CRITICAL MINERALS TO MEET RISING GLOBAL DEMANDS 2025 COMPANY PRESENTATION CSE: INTG | OTC: ITGLF | FSE: ZK9
Slide 2: Legal Disclaimer
Legal Disclaimer This material includes “forward-looking” statements or information within the meaning of Canadian securities the accuracy and completeness of the information is not guaranteed, nor does the Company assume any liability. The legislation and the United States Private Securities Litiga
Slide 3: Investment Highlights: Critical Minerals Supply Risk Assessment
Investment Highlights Critical Minerals Commodity Supply Risk Assessment China currently controls the global supply of rare earth metals, gallium and germanium and have recently imposed export limits of these critical minerals. Integral Metals is exploring two properties with the goal of contributin
Slide 4: Gallium Critical to Modern Economies
Gallium Critical to Modern Economies Gallium Applications Networking & Electronics Consumer Data Processing Healthcare Automotive Military Comms Cancer and Defense System Red LEDs Computer Chips Malara Semiconductors LEDs Electric Vehicles Radar Solar Panels Transistors Chemother
Slide 5: Gallium Plays a Unique Role in Modern Military Systems
Gallium Plays a Unique Role in Modern Military Systems The United States and other advanced economies purchase Gallium-based semiconductors are vital to the U.S. defense industry, gallium from China and refine it further for use in commercial particularly in next-generation missile defense and radar
Slide 6: Gallium Market
Gallium Market Gallium Market Analysis Global Semiconductor Market Share By Market Players, 2022-2023 By Application CAGR 2022 2032 24.5% US $1.9 Bn US $17 Bn Gallium compounds are used in semiconductor materials, optoelectronic devices (e.g., laser diodes, light-emitting diodes photodetectors, an
Slide 7: Germanium Market
Germanium Market The largest use of germanium is in the semiconductor industry. Combined with small amounts of arsenic, Global Germanium Market gallium, indium, antimony, or phosphorus, it is used to Market forecast to grow at a CAGR of 3.4% make various electronic device components. Germanium i
Slide 8: Gallium and Germanium Market Dominated by Chinese
Gallium and Germanium Market Dominated by Chinese China has started restricting exports of gallium, which is key to the semiconductor industry, as the chip war with the US and Canada heats up Under new controls, exporting gallium and germanium China has imposed restrictions on U.S. firms from th
Slide 9: USA and Canada Partnership
USA and Canada Partnership Export Restrictions Investments and Funding Trade cooperation between Canada and the US is increasingly The U.S. has announced USD $39 billion in funding vital, as China's restrictions on gallium and germanium exports through direct grants, loans, and loan guarantees under
Slide 10: Chipmaking Metals
Chipmaking Metals Critical Elements for Chipmaking Production Gallium: Gallum’s most prominent use in technology is in the form of Gallium Arsenide (GaAs), a compound semiconductor. GaAs are highly valued in the electronics industry for its superior electron mobility compared to silicon, making it i
Slide 11: KAP Property
KAP Property
Slide 12: Project Overview
Project Overview The KAP Property is 100% owned by Integral Metals Corp., located in the Mackenzie Mountains, Northwest Territories, covering 7,500 hectares. Primarily supported by logistical infrastructure in Norman Wells. Features Mississippi Valley Type (MVT) carbonate-hosted zinc-lead mine
Slide 13: Project Location
Project Location The KAP Property is located in the Mackenzie Mountains, approximately 160 kilometers west of Wrigley and 220 kilometers south of Norman Wells. The Property feature six 1,250 hectare claims on NTS map sheets 95M06 and 95M07, that were staked on February 8, 2024, and are 100% owne
Slide 14: Project Geology
Project Geology The KAP Property is situated in the Mackenzie Fold Belt, part of the Cordilleran Orogenic Zone. The geological framework includes Paleozoic supracrustal sediments and significant carbonate-hosted mineralization. The Arnica and Landry Formations dominate the local geology, with
Slide 15: Mineralization
Mineralization Mineralization is predominantly hosted within the Recrystallized Zone of the Landry Formation. Gallium (Ga) and germanium (Ge) were found to occur in notable concentrations with the zinc-bearing sphalerite. Known mineral showings include disseminated and massive sphalerite and g
Slide 16: Historical Work
Historical Work Historical work identified multiple mineral showings and significant mineralization trends 1975: 1975: Cominco Ltd. performed a regional exploration program Geological mapping, sampling, trenching, and drilling. 1996: Firesteel Resources Inc. performed geophysical surveying Exten
Slide 17: Future Work
Future Work Upcoming work on the KAP Property Phase I: Conduct a comprehensive soil geochemical survey Continued community consultation to support on the Property to delineate anomalous zones and identify exploration activities. potential targets for drilling. Focus on areas with historical soil g
Slide 18: The Importance of Rare Earths Across Industries
The Importance Of Rare Earths Across Industries Rare Earth Elements Applications Agriculture Automotive Aerospace/Defence Chemicals/Catalysts Healthcare Electronics Power Generation Plane motors Computer Fertilizers Vehicle motors Submarines Air Pollution MRI scanners screens Wind tu
Slide 19: China Holds a Dominant Position in the REE Market
China Holds a Dominant Position in the REE Market China announced a ban of rare earth extraction and separation technologies on December 21, 2023. China accounted for 69% of world mine production of The IEA forecasts global demand will increase by rare earth metals followed by the United States,
Slide 20: Rare Earth Metals Market
Rare Earth Metals Market Rare Earth Market Analysis Rare Earth Metals Market Share By Verified Market Research, Mar 2024 By Application CAGR 2023 2030 11.42% US $4.84B US $10.78B Global Rare Earths Metals Market Metal Alloys Electronics Permanent Magnets Consumer Polishing Compounds Other Uses 2023
Slide 21: Burntwood Project
Burntwood Project
Slide 22: Project Overview
Project Overview Mineralization is hosted in an intrusive alkaline syenite complex containing numerous recently discovered carbonatites bearing apatite, titanite, and allanite enriched in rare earth elements (REEs). The property comprises an Exploration License that covers 15,000 hectares. Int
Slide 23: Project Location
Project Location The property is situated approximately 115 kilometers west of Flin Flon, MB, and just 70 kilometers northwest of Snow Lake, MB. The location has historical logging road access, and an active railway 30 kilometers west of the project. Fieldwork and drilling can be performed yea
Slide 24: Project Geology
Project Geology Location: Central Kisseynew domain, internal zone of the Trans-Hudson Orogen Syenite complexes within the Trans-Hudson orogen are the subject of exploration for Rare Earth Elements. Geochemistry: Carbonatite isotopic analyses show depleted δ13C calcite values Indicates a mantle-deriv
Slide 25: Mineralization
Mineralization Recent forest fires have improved exposure and access to previously covered outcrops, revealing new mineralized carbonatite zones. Early work suggests the principal REE-bearing minerals are apatite, titanite, and allanite. Potential for meaningful REE mineralization, exemplified
Slide 26: Historical Work
Historical Work 1972: Manitoba Geological Survey performed geochemical surveying Two samples of aegirine-augite-bearing syenite were collected near the western end of Burntwood Lake 1987: Manitoba Geological Survey performed mapping Confirmed the existence of a 1.4 km by 2.4 km phacolithic syeni
Slide 27: Further Exploration Opportunities
Further Exploration Opportunities Potential Avenues for Future Work Magnetic and Imagery Surveys Development of Exploration Model 3D inversion model of subsurface magnetic structures to gain Combining the geophysical, geochemical, insights into the geological structures that are hosting biogeoch
Slide 28: Woods Creek Project
Woods Creek Project
Slide 29: Project Overview
Project Overview Rare earth element (REE) mineralization is believed to be associated with carbonatite dikes that intrude structurally complex zones of amphibolite-grade gneiss and schist, offering a geological setting highly prospective for REE discovery. Accessible from the town of Darby via r
Slide 30: Project Location
Project Location The project is situated approximately 70 kilometers south of Darby, MT. The location has road access via the Woods Creek Road. Fieldwork can be performed from May to September, and drilling can be performed year round. Situated on Public Land, outside of protected areas, wildl
Slide 31: Project Geology
Project Geology Location: A north-northwest trending belt that extends from North Fork to Deer Creek Regional geology includes alkalic complexes (syenites and peridotites), which are often associated with carbonatite occurrences, as they share similar magmatic sources enriched in incompatible elemen
Slide 32: Mineralization
Mineralization The are several reported showings in the Woods Creek area, including Rocky Point #1 to #5, with mineralized outcrops up to 3 meters thick. The REE-bearing mineral Monazite is reported throughout the showings, ranging from microscopic to coarse (8 mm) anhedral grains. Averaged be
Slide 33: Historical Work
Historical Work 1954: Mr. Erickson performed surface mapping Discovered columbite (a niobium ore mineral) in the area 1955: Mr. Van Matre performed geochemical surveying Further substantiated the initial discovery 1956-1957: Continental Rare Metals Corp. performed underground and surface mapping
Slide 34: Future Work Opportunities
Future Work Opportunities Potential Avenues for Future Work Magnetic and Imagery Surveys Development of Exploration Model 3D inversion model of subsurface magnetic structures to gain Combining the geophysical and geochemical insights into the geological structures that are hosting datasets to id
Slide 35: Integral Metals Team Members
Integral Metals Team Members PAUL SPARKES DR. JARED SUCHAN, PH.D., P. TASHEEL JEERH Chief Executive Officer / Director GEO. Chief Financial Officer VP of Exploration Mr. Jeerh, CPA, CA is a finance and Mr. Sparkes is an accomplished business leader and accounting professional bringing over 10 entrep
Slide 36: Integral Metals Board of Directors
Integral Metals Board of Directors UNGAD CHADDA Aman Parmar Paul More Director Director Director Mr. Chadda is an experienced capital markets regulator Mr. Parmar’s corporate experience Paul More, CPA, CA, is a finance and and financial services executive having previously includes over 12 years of
Slide 37: Integral Metals Advisors
Integral Metals Advisors John David Clark KEVIN FRAM NICHOLAS THADANEY RAJ H. CHAHAL Advisor Advisor Advisor Advisor Mr. Clark is the founder of Crockett Mr. Fram brings over 35 years Mr. Thadaney is a finance, technology and capital Mr. Chahal is an Capital, investing in a variety of sectors experi
Slide 38: Thank You
DEDICATED TO DISCOVERING CRITICAL MINERALS TO MEET RISING GLOBAL DEMANDS THANK YOU COMPANY PRESENTATION 825-414-3163 INFO@INTEGRALMETALS.COM CSE: INTG | OTC: ITGLF | FSE: ZK9 39