China Dominates Global Critical Minerals Production and Processing

The United States depends 100% on imports for 11 critical minerals including graphite, gallium, and rare earths, with China dominating supply chains for materials powering semiconductors, EV batteries, defense systems, and nuclear energy. Graphite, tantalum, arsenic, and yttrium imports come primarily from China, creating strategic vulnerability in supply chains for advanced electronics and weapons systems. Scandium from China, gallium from Canada, manganese from Gabon, and niobium from Brazil show 100% import dependence with zero domestic production capacity. Canada supplies 92% of U.S. potash needs while Mexico provides 100% of fluorspar and 77% of silver, concentrating critical material dependence on three countries. Critical mineral dependence exposes the fundamental weakness in U.S. industrial capacity that threatens everything from national security to economic competitiveness. When China controls 100% of graphite imports required for EV batteries and rare earths needed for precision weapons, tariffs and trade wars become exercises in self-sabotage. For Tennessee and Georgia real estate markets, this matters because advanced manufacturing reshoring depends on secure mineral supply chains that don't exist. States cannot attract semiconductor fabs, battery plants, or defense contractors when the minerals required for production come from geopolitical adversaries who can shut off supply overnight. The infrastructure investments and job creation promised from reshoring collapse the moment mineral supply chains face disruption. Critical mineral dependence determines which industrial reshoring promises are real versus which are political theater destined to fail when supply chains break. #RealEstate #TennesseeRealEstate #GeorgiaRealEstate #HousingMarket #CriticalMinerals #SupplyChain #Manufacturing #EconomicSecurity #Reshoring #IndustrialPolicy

DRC and South Africa dominate booming global metal supply. Rising global demand and limited production have pushed the prices of ruthenium and tantalite two key metals used in electronics, aerospace, and artificial intelligence technologies to multi-year highs. #GiTFICAgenda2031 (#GlobalDebtinitiative , and #AfCFTA) https://lnkd.in/dEtD5j9N

🌏 Rare Earths: The “Industrial Vitamins” of Modern Industry Rare earth elements (REEs) were first discovered in Sweden in the early 19th century. These “earth-like” minerals contain metals that are difficult to separate due to their similar chemical properties, which is why they’re called “rare earths.” Key Elements and Uses: ✅ Lanthanum (La): Optical glass, batteries ✅Cerium (Ce): Polishing materials, catalysts ✅Praseodymium (Pr): Permanent magnets, ceramic pigments ✅Neodymium (Nd): High-performance magnets ✅Samarium (Sm): High-temperature magnets ✅Europium (Eu): Fluorescent materials ✅Gadolinium (Gd): Medical imaging, nuclear reactors ✅Terbium (Tb): Phosphors, magnetostrictive materials ✅Dysprosium (Dy): Magnet additives ✅Holmium (Ho): Laser materials ✅Erbium (Er): Optical fiber amplifiers ✅Yttrium (Y): Superconductors, high-temperature alloys ✅Scandium (Sc): Aerospace, solid oxide fuel cells ✅Lutetium (Lu): Cancer detection China leads the world in rare earths: ·Largest reserves (~37% of global total) ·Largest production (~70% of global output) ·Largest refining capacity (~90% of global capacity) With a complete industrial chain from mining to high-end applications, China dominates the global rare earth industry. Over the past decade, rare earths were undervalued, often selling at “earth” prices rather than “rare” prices. But with rising geopolitical attention and trade dynamics, rare earths have become a strategic asset. The industry now has the chance to step onto the global stage with fair value. Learn more about Rare Earths: https://lnkd.in/ggamNbnE Email: sales02.jlmaginnovation@jlmag.com.cn #RareEarths #IndustrialMetals #HighTechMaterials #ChinaIndustry #MagnetMaterials #OpticalMaterials #Catalysts #AerospaceMaterials #SustainableTech #StrategicResources

Trump Unveils $12B Rare Earth Stockpile Amid Supply Crunch. Strategic Shifts in Critical Minerals Supply Chains At a glance – President Trump announced the creation of a $12 billion U.S. strategic critical minerals reserve named Project Vault on Monday in the Oval Office, flanked by business executives, to reduce reliance on Chinese rare earths for civilian uses in automakers, tech firms, and manufacturers. Funded by a $10 billion loan from the U.S. Export-Import Bank and $2 billion in private financing, the stockpile targets minerals like cobalt, graphite, silicon, copper, nickel, titanium, and lithium essential for electric vehicle batteries, semiconductors, and smartphones, addressing the U.S.'s 100% import reliance on 12 critical minerals and over 50% on 29 others in 2024. Read full brief: https://lnkd.in/gZnXfRfs

A new report from Reuters highlights that the 𝗨.𝗦. 𝗣𝗲𝗻𝘁𝗮𝗴𝗼𝗻 𝗿𝗲𝗾𝘂𝗲𝘀𝘁𝗲𝗱 𝗽𝗿𝗼𝗽𝗼𝘀𝗮𝗹𝘀 𝘁𝗼 𝗶𝗻𝗰𝗿𝗲𝗮𝘀𝗲 𝗱𝗼𝗺𝗲𝘀𝘁𝗶𝗰 𝘀𝘂𝗽𝗽𝗹𝘆 𝗼𝗳 𝟭𝟯 𝗰𝗿𝗶𝘁𝗶𝗰𝗮𝗹 𝗺𝗶𝗻𝗲𝗿𝗮𝗹𝘀 used in semiconductors, weapons systems, and advanced electronics. Among the materials on the list: #germanium —a critical element for infrared optics, fiber optics, semiconductor devices, and defense technologies. The challenge is that the U.S. still relies heavily on foreign supply chains for many of these materials, particularly processing capacity. This is where companies like Anactisis can play an important role. At Anactisis, we are focused on developing innovative processing and recovery technologies that enable the efficient extraction and refinement of critical materials—including #germanium —from complex feedstocks and industrial streams. Building resilient domestic supply chains will require not just new mines, but also advanced processing, recycling, and circular-material solutions. 𝗩𝗶𝘀𝗶𝘁: https://anactisis.com/ 𝗘𝗺𝗮𝗶𝗹: info@anactisis.com As governments and industry move to strengthen supply security, collaboration across technology developers, mineral producers, and defense supply chains will be essential. The critical minerals race is accelerating—and processing innovation will be just as important as resource discovery. #CriticalMinerals #Germanium #DefenseSupplyChain #MaterialsInnovation #Semiconductors #EnergyTransition https://lnkd.in/g9_JK6sJ

Heavy Minerals: A quietly critical industry Titanium dioxide is the white pigment in virtually every tin of paint, every sheet of white paper, and most plastic consumer products. Titanium metal powers aerospace structures and medical implants where no other material can match its performance. Zircon is the primary feedstock for technical ceramics from smartphone screens to nuclear fuel cladding. Mineral sands deposits, the primary source of these commodities, also yield ilmenite, rutile, leucoxene, monazite and other valuable heavy minerals that underpin clean energy and advanced manufacturing supply chains. For process engineers, heavy-minerals processing is one of the most technically diverse and commercially demanding areas in extractive metallurgy. Maximizing value from a deposit requires mastery of a cascade of separation technologies and continual innovation to meet rising demand, stricter specs and shrinking budgets. What challenges are you seeing in mineral sands processing and how can I be of assistance? #MineralSands #HeavyMinerals #Titanium #Zircon #ProcessEngineering #AdvancedManufacturing #MiningTech

North American Industrial Resilience depends on one thing: Purity of Feedstock. While the global conversation centers on the "Structural Deficit" of battery metals, the most successful OEMs are looking beyond the headlines. They are looking for a single, reliable partner who can secure the entire technical stack—from the Anode to the Aerospace alloy. At LOM, we have consolidated our 2026 supply chain to offer a world-class portfolio of minerals, verified to the highest global standards: 🔋 The Carbon Core: Graphite & Graphene • Natural Vein Graphite: 97% to 99.9% Carbon Purity. The world’s only high-crystallinity vein deposit, optimized for high-performance EV anodes. • Graphene & Graphene Oxide (GO): Engineered directly from our ultra-pure vein feedstock for high-tech thermal management and defense coatings. 🧲 Rare Earths & Magnetics • Monazite Concentrate: A high-grade rare earth precursor rich in Neodymium (Nd) and Praseodymium (Pr). • LOM Note: We manage 100% of the complex radiological (NORM) export compliance and paperwork. 🛡️ Aerospace & Defense Feedstocks • Rutile: 95% TiO2 purity. The gold standard for titanium metal production and high-grade welding electrodes. • Zircon: 65% ZrO2 purity. Critical for foundries, high-temperature furnaces, and precision ceramics. • Hi-Titanium Ilmenite: 61% TiO2 purity. Optimized for advanced pigment and titanium slag processes. • Standard Ilmenite: 50.73% TiO2 purity. High-volume feedstock for the global TiO2 industry. 💻 Semiconductor & Industrial • High-Purity Quartz (HPQ): Near-zero impurity levels, essential for the North American AI chip and semiconductor wafer boom. • Manganese: High-grade metallurgical feedstock for advanced steel alloys and battery chemistries. The LOM Advantage: We don't just provide the mineral; we provide the Bridge. Every shipment is backed by end-to-end traceability, full ESG compliance, and a commitment to "friend-shoring" the North American industrial heartland. The Indo-Pacific corridor is open. Whether you are building an EV plant, a chip fab, or a defense system—your future starts with LOM. What is your biggest supply chain bottleneck for 2027? Let's solve it today. 🤝 #CriticalMinerals #LOM #SupplyChain #Graphite #RareEarths #Monazite #Titanium #IndoPacific #NorthAmericaBusiness

Platinum Group Metals are essential to modern life and American industry.  From catalytic converters that reduce vehicle emissions, to cancer fighting chemotherapy drugs like cisplatin, to hydrogen fuel cells, electronics, medical devices, petroleum refining, and advanced manufacturing, PGMs sit at the heart of technologies that power our economy and protect public health. Yet the United States remains heavily reliant on foreign sources for these critical materials. According to recent U.S. Geological Survey (USGS) data, Russia accounted for 36 percent of U.S. PGM imports in 2024. Today, Sibanye-Stillwater operates the only primary PGM producing mines in the United States through its Stillwater and East Boulder operations in Montana with processing in nearby Columbus, Montana These mines represent the backbone of America’s PGM supply and demonstrate that responsible, world class production can occur here at home.  The United States should prioritize expanding domestic PGM production to complement and strengthen the great work already being done in Montana. Several advanced projects targeting PGMs and associated critical minerals could play an important role: ✅ NewRange Copper Nickel's NorthMet Project in Minnesota ✅ Twin Metals Minnesota LLC's proposed Copper Nickel Cobalt Mine in Minnesota ✅ Stillwater Critical Minerals project in Montana ✅ Green Bridge Metals Corporation in Minnesota ✅ Talon Metals Corp. in Minnesota ✅ Metallic Minerals Corp's La Plata Project in Colorado These projects represent an opportunity to diversify supply, reduce import dependence, and ensure that American manufacturing, defense systems, clean energy technologies, and medical applications have secure access to PGMs. By advancing responsible domestic projects that complement Sibanye Stillwater’s operations, the United States can strengthen national security, stabilize supply chains, and keep more of the value added production at home. To read the most recent USGS report on PGM's, please visit the link below: https://lnkd.in/g5fsMqn2

Beijing and Moscow dominate what #greensteel requires. #China refines 60-90% of the world’s battery-grade lithium, cobalt and graphite, does 85% of its rare-earth separation and holds most global electrolyzer capacity. #Russia supplies a fifth of the high-purity nickel for alkaline electrolyzers.

Something interesting happening in Canadian manufacturing right now. Canada is investing in domestic production of gallium, a critical mineral used in semiconductors, radar systems, EVs, and defense electronics. A new project in Quebec could eventually produce about 5% of the world’s supply. What’s interesting is how this connects the entire manufacturing ecosystem: Mining → materials → semiconductors → electronics → defence → EVs. Manufacturing is increasingly becoming more about securing supply chains for strategic materials, and Canada might quietly become a very important player in that space. https://lnkd.in/gaE8fPNz