The 2025 U.S. critical minerals listOne-country chokepointsEntirely imported by the U.S.Only ever a by-productThe magnet chainThe chip chainEnergy-transition materialsSmallest world production
Limpar
77 materiais correspondentes. A criticidade, a produção, as reservas, a dependência de importação e a quota do principal produtor são todos USGS Mineral Commodity Summaries 2026 · fonte ↗
Deslize a tabela lateralmente para ver as colunas restantes.
| Material | Prateleira | Produção mundial | Reservas | Produtor líder | Maior participação | Importado pelos EUA |
|---|---|---|---|---|---|---|
|
Alumina crítico
|
Materiais de Cobre e Elétricos | 150,000thousand metric dry tons · Alumina, refinery production | — | China | 62%† | 71% |
|
Aluminium crítico
|
Materiais de Cobre e Elétricos | 74,000thousand metric tons · Smelter production | — | China | 61%† | 60% |
|
Antimony crítico
|
Materiais para Aeroespacial e Defesa | 110,000metric tons · Mine production | 2,000,000 | China | 36% | — |
|
Arsenic crítico
|
Materiais para Semicondutores | 61,000metric tons · Production (arsenic trioxide, gross weight) | — | Peru | 49% | 100% |
| Minerais Industriais | 960,000metric tons · Mine production | 150,000,000 | Russia | 32%† | 100% | |
|
Barite crítico
|
Minerais Industriais | 8,700thousand metric tons · Mine production | — | India | 34% | 75% |
|
Bauxite crítico
|
Materiais de Cobre e Elétricos | 440,000thousand metric dry tons · Bauxite, mine production | 29,000,000 | — | — | 75% |
|
Beryllium crítico
|
Materiais Nucleares | 430.0metric tons · Mine production | — | United States | 53% | — |
|
Bismuth crítico
|
Materiais para Aeroespacial e Defesa | 16,000metric tons · Refinery production | — | China | 88% | 92% |
| Minerais Industriais | 430,000metric tons · Production | — | — | — | 25% | |
| Aço e metais de liga | 23,000metric tons · Refinery production | — | China | 41%† | 25% | |
| Minerais Industriais | 3,800,000thousand metric tons · Cement production | — | China | 45%† | 21% | |
|
Chromium crítico
|
Aço e metais de liga | 51,000thousand metric tons · Mine production | 540,000 | South Africa | 45% | 79% |
| Minerais Industriais | 20,000thousand metric tons · Mine production: Bentonite, rounded | — | — | — | — | |
|
Cobalt crítico
|
Materiais para Baterias | 310,000metric tons · Mine production | 12,000,000 | Congo (Kinshasa) | 74% | 79% |
|
Copper crítico
|
Materiais de Cobre e Elétricos | 23,000thousand metric tons · Mine production | 980,000 | Chile | 23% | — |
| Minerais Industriais | 38.00million carats · Mine production | 1,700 | Russia | 42%† | — | |
| Minerais Industriais | 2,500thousand metric tons · Mine production | — | United States | 29%† | — | |
| Minerais Industriais | 31,000thousand metric tons · Mine production | — | India | 19%† | 95% | |
|
Fluorspar crítico
|
Minerais Industriais | 10,000thousand metric tons · Mine production | 330,000 | China | 60% | 100% |
|
Gallium crítico
|
Materiais para Semicondutores | 900,000kilograms · Primary production | — | China | 100% | 100% |
| Minerais Industriais | 730,000metric tons · Mine production | — | Australia | 48%† | 71% | |
| Metais preciosos | 69,000 thousands of carats · Mine production | 2,000,000 | Russia | 30%† | 99% | |
| Metais preciosos | 3,300metric tons · Mine production | 66,000 | China | 12%† | — | |
|
Graphite crítico
|
Materiais para Baterias | 1,800,000metric tons · Mine production | 310,000,000 | China | 78% | 100% |
| Minerais Industriais | 160,000thousand metric tons · Mine production | — | United States | 12%† | — | |
| Minerais Industriais | 190.0million cubic meters · Helium Production | — | United States | 43%† | — | |
|
Indium crítico
|
Materiais para Semicondutores | 1,100metric tons · Refinery production | — | China | 69% | 100% |
| Minerais Industriais | 430,000thousand metric tons · Mine production | — | United States | 28%† | — | |
| Minerais Industriais | 34,000metric tons · Mine production | 6,300,000 | — | — | 50% | |
| Aço e metais de liga | 360.0million metric tons · world iron slag production was estimated to be between 330 million and 390 million tons, | — | — | — | — | |
| Aço e metais de liga | 2,600,000thousand metric tons · Mine production: Usable ore, rounded | 87,000 | — | — | — | |
| Materiais para Semicondutores | 110.0million liters · Rare gases production, (million liters) | — | United States | 1%† | 93% | |
|
Lead crítico
|
Aço e metais de liga | 4,500thousand metric tons · Mine production | 95,000 | China | 42% | — |
| Minerais Industriais | 420,000thousand metric tons · Production | — | China | 74%† | — | |
|
Lithium crítico
|
Materiais para Baterias | 290,000metric tons · Mine production | 37,000,000 | Australia | 32% | 50% |
| Minerais Industriais | 21,000thousand metric tons · Mine production | 7,800,000 | — | — | 59% | |
|
Magnesium Metal crítico
|
Aço e metais de liga | 1,100thousand metric tons · Smelter production | — | China | 86%† | 75% |
|
Manganese crítico
|
Materiais para Baterias | 20,000thousand metric tons · Mine production | 1,700,000 | South Africa | 37% | 100% |
| Aço e metais de liga | 210.0metric tons · Mine production | — | China | 95%† | — | |
| Aço e metais de liga | 260,000metric tons · Mine production | 17,000 | China | 37%† | — | |
| Materiais para Semicondutores | 800.0million liters · Rare gases production, (million liters) | — | United States | 14%† | 52% | |
|
Nickel crítico
|
Materiais para Baterias | 3,900,000metric tons · Mine production | 140,000,000 | Indonesia | 67% | 41% |
|
Niobium crítico
|
Materiais para Aeroespacial e Defesa | 112,000metric tons · Mine production | 21,000,000 | Brazil | 93%† | 100% |
| Minerais Agrícolas | 160,000thousand metric tons · Plant production | — | China | 31%† | — | |
|
Palladium crítico
|
Metais preciosos | 190,000kilograms · Mine production: Palladium, rounded | — | Russia | 44% | 57% |
| Matérias-Primas Energéticas | 17,000thousand metric tons · Mine production | 13,000,000 | Finland | 15%† | 80% | |
| Minerais Industriais | 4,600thousand metric tons · Production | — | China | 33%† | 23% | |
|
Phosphate Rock crítico
|
Minerais Agrícolas | 250,000thousand metric tons · Mine production | 73,000,000 | China | 44% | — |
|
Platinum crítico
|
Metais preciosos | 170,000kilograms · Mine production: Platinum, rounded | — | South Africa | 71% | 89% |
|
Potash crítico
|
Minerais Agrícolas | 49,000thousand metric tons · Mine production | 10,000,000 | Canada | 31% | 92% |
| Minerais Industriais | 20,000thousand metric tons · Mine production | — | Turkey | 48%† | — | |
|
Rare Earths (all) crítico
|
Elementos de Terras Raras | 390,000metric tons · Mine production | 85,000,000 | China | 69%† | — |
|
Rhenium crítico
|
Materiais para Aeroespacial e Defesa | 81,000kilograms · Mine production | — | Chile | 37% | 75% |
| Minerais Industriais | 270,000thousand metric tons · Mine production | — | China | 21%† | 31% | |
|
Scandium crítico
|
Elementos de Terras Raras | 80.00metric tons · global production | — | China | não publicado | 100% |
| Aço e metais de liga | 3,800metric tons · Refinery production | — | China | 53%† | 50% | |
|
Silicon crítico
|
Materiais para Semicondutores | 5,000thousand metric tons · Ferrosilicon | — | China | 87% | — |
|
Silver crítico
|
Metais preciosos | 26,000metric tons · Mine production | 610,000 | Mexico | 24% | 77% |
| Minerais Industriais | 19,000thousand metric tons · Mine production: natural, rounded | 25,000,000 | — | — | — | |
| Minerais Industriais | 450,000metric tons · Mine production | — | Iran | 56%† | 100% | |
| Minerais Industriais | 84,000thousand metric tons · Production, all forms | — | China | 23%† | — | |
| Minerais Industriais | 6,900thousand metric tons · Mine production | — | Korea, Republic of | 4%† | — | |
|
Tantalum crítico
|
Materiais para Aeroespacial e Defesa | 2,500metric tons · Mine production | — | Congo (Kinshasa) | 52% | 100% |
|
Tellurium crítico
|
Materiais para Semicondutores | 1,000metric tons · Refinery production | — | China | 80% | 25% |
|
Tin crítico
|
Aço e metais de liga | 290,000metric tons · Mine production | 6,000,000 | China | 24% | — |
|
Titanium crítico
|
Materiais para Aeroespacial e Defesa | 370,000metric tons · Titanium sponge metal production | — | China | 70%† | — |
|
Titanium Mineral Concentrates crítico
|
Materiais para Aeroespacial e Defesa | 9,400thousand metric tons · Mine production: ilmenite, rounded | 490,000 | — | — | 88% |
|
Tungsten crítico
|
Materiais para Aeroespacial e Defesa | 85,000metric tons · Mine production | 4,700,000 | China | 79% | 50% |
|
Vanadium crítico
|
Aço e metais de liga | 110,000metric tons · Mine production | 21,000 | China | 75% | 41% |
| Minerais Industriais | 460.0thousand metric tons · Mine production | — | South Africa | 35%† | 25% | |
| Minerais Industriais | 860,000metric tons · Mine production | — | — | — | — | |
| Materiais para Semicondutores | 12.00million liters · Rare gases production, (million liters) | — | United States | 1%† | 98% | |
|
Yttrium crítico
|
Elementos de Terras Raras | 12,500metric tons · mine production of Y2O3 equivalent contained in rare-earth mineral concentrates | — | China | não publicado | 100% |
| Minerais Industriais | 1,300,000metric tons · Mine production | — | Slovakia | 22%† | — | |
|
Zinc crítico
|
Aço e metais de liga | 13,000thousand metric tons · Mine production | 240,000 | China | 32% | — |
|
Zirconium crítico
|
Materiais Nucleares | 1,200thousand metric tons · Zirconium mineral concentrates, mine production (thousand metric tons, gross weight) | 70,000 | Australia | 33%† | — |
† Calculado a partir da tabela de produção do USGS: a produção do principal país dividida pelo total mundial. Quando o USGS publica diretamente a participação, esse valor é exibido em seu lugar.
Fotografias desta página · 78
- Mineral display - Osaka Museum of Natural History - DSC07817.JPG · Daderot · CC0
- Pinjarra Alumina Refinery, September 2020 01.jpg · Calistemon · CC BY-SA 4.0
- Aluminum ingots at Norwegian Aluminium Company.jpg · Anders Beer Wilse · CC BY 4.0
- Stibnite, Antimony sulfide.jpg · Bobjgalindo · CC BY-SA 4.0
- Native arsenic2.jpg · Miguel Calvo · CC BY 4.0
- Chrysotile asbestos veins in serpentinized komatiite (Upper Komatiitic … · James St. John · CC BY 2.0
- Barite - Cerro Warihuyn, Miraflores, Huamalies, Huanuco, Peru.jpg · Ivar Leidus · CC BY-SA 4.0
- Pisolitic bauxite (Alcoa Bauxite Mine, Arkansas, USA) 5.jpg · James St. John · CC BY 2.0
- Crystal surface of colorless Beryl, multicolor filter, size 5,8 x 3,9 mm.jpg · Sepelinmurskaaja · CC BY-SA 4.0
- Bismuth crystal Créer le cristal n01.jpg · Marie-Lan Taÿ Pamart · CC BY 4.0
- Bromine-ampoule.jpg · Jurii · CC BY 3.0
- Cadmium (Element - 48) 3.jpg · James St. John · CC BY 2.0
- Cement kiln in Gorazdze Cement plant.JPG · Jb957 · CC0
- Metal poles (surface is chromium-plated) - HDR.jpg · Laitche · CC BY-SA 4.0
- Kaznějov kaolin quarry revitalisation.jpg · Jan Macura · CC BY-SA 4.0
- Cobaltite (GeoDIL number - 1151).jpg · Darla Sondrol · CC0
- Chalcopyrite botroïdale.jpg · Didier Descouens · CC BY-SA 3.0
- Diamond blade very macro.jpg · Hustvedt · CC BY-SA 3.0
- Diatomite (diatomaceous earth) Monterey Formation at a diatomite quarry… · James St. John · CC BY 2.0
- Feldspar Mineral Museum Display Exhibit.jpg · QueenCityCebu · CC BY-SA 4.0
- Fluorite crystals.jpg · Marek Novotňák · CC BY-SA 4.0
- Plastic bottle containing gallium metal.JPG · Pixelmaniac pictures ( Leave a reply ) · CC0
- Garnet - Spessartine crystal detail.jpg · ButtShark · CC0
- Zultanite rough crystal and gemstones.jpg · Zultgems, LLC · CC0
- AZ Gold Nugget Quartz.jpg · Bryan Barnes · CC BY-SA 4.0
- Minerals in the Indian Museum, Kolkata 05.jpg · Kritzolina · CC BY-SA 4.0
- Gypsum crystals 1802-0312a.jpg · Mozzihh · CC BY-SA 4.0
- ISS Magnet.jpg · Ordan, Julien Marius · CC BY 4.0
- Indium wetting glass.jpg · Schtone · Public domain
- Wrotham Quarry, Addinton 07.jpg · Simon Burchell · CC BY-SA 4.0
- Iodine crystals, 99.9% purity.jpg · Dnn87 · CC BY 3.0
- Blast furnace at Carnegie-Illinois Steel Corporation mill in Etna, Penn… · Alfred T. Palmer · Public domain
- Hematite (iron ore) (weathered zone in the Biwabik Iron-Formation, Whit… · James St. John · CC BY 2.0
- Spectre tubes à gaz.jpg · Alchemist-hp , derivative work by Poke2001 · CC BY-SA 2.0 de
- Galena - Huallanca, Bologesi, Ancash, Peru.jpg · Ivar Leidus · CC BY-SA 4.0
- LimestoneKilnsTalybont.jpg · Martinvl · CC BY-SA 4.0
- Spodumene Nuristan Créer le cristal.jpg · Marie-Lan Taÿ Pamart · CC BY 4.0
- MagnesiteSaxe.jpg · Didier Descouens · CC BY-SA 4.0
- Dowmetal Magnesium- The Metal of Motion - DPLA - 6cfddacda671bc92edb70f… · Dow Chemical Company · Public domain
- Pyrolusite Mineral with Dendrite Macro Digon3.jpg · “Jonathan Zander ( Digon3 )" · CC BY-SA 3.0
- Mercury, cinnabar and calomel (GeoDIL number - 919).jpg · Darla Sondrol · CC0
- Molybdenite quebec2.jpg · Didier Descouens · CC BY 3.0
- Neon tubes (32703).jpg · Rhododendrites · CC BY-SA 4.0
- Pyrrhotite with pentlandite (late Paleoproterozoic, 1.85 Ga; 800 Orebod… · James St. John · CC BY 2.0
- 2024 Artsy Niobium Cavity - Flickr - Jefferson Lab.jpg · Jefferson Lab from Newport News, USA · Public domain
- Eliminating a minor ammonia leak at the nitrogen fertilizer plant - pan… · Tseno Tanev (цено та… · CC BY-SA 3.0
- Palladium (Element - 46) 2.jpg · James St. John · CC BY 2.0
- Industrial peat harvesting in a section of the Bog of Allen in County O… · Sarah777 · Public domain
- Expanded & popped perlite (Hollinger Quarry, Wilson Creek Range, Nevada… · James St. John · CC BY 2.0
- Apatite Sapo Mine Minéraux SU.jpg · Marie-Lan Taÿ Pamart · CC BY 4.0
- Wellgreen Platinum project in Yukon (22284209294).jpg · MINING.com · CC BY 2.0
- Sylvite-halite-carnallite-polyhalite (Salado Formation, Upper Permian; … · James St. John · CC BY 2.0
- Pumice stones.JPG · Mauro Cateb · CC BY-SA 3.0
- Mountain Pass Rare Earth Mine, Mountain Pass, California (15470415247).jpg · Ken Lund from Reno, Nevada, USA · CC BY-SA 2.0
- Rhenium metal.jpg · Keresluna · CC BY-SA 4.0
- UFO-shaped constructions in the underground lake, Mina Terezia, Turda s… · DimiTalen · CC0
- Scandium (Element - 21).jpg · James St. John · CC BY 2.0
- Selenium (Element - 34).jpg · James St. John · CC BY 2.0
- Wafer 20110212.jpg · Sangitiana Fararano · CC BY-SA 2.0
- Native silver 1.jpg · Parent Géry · CC BY-SA 3.0
- Trona - USGS Mineral Specimens 1116.jpg · Andrew Silver · Public domain
- Celestine from Madagascar in the Mineral Museum of Siófok.jpg · Szilas · Public domain
- Union Sulphur Co Reserve Sulphur Storage in Louisiana.jpg · Underwood and Underwood · Public domain
- Talc-386099.jpg · John Krygier · Public domain
- Polymer Tantalum Capacitor Cross Section.jpg · TubeTimeUS · CC BY-SA 4.0
- Tellurium crystals.jpg · Hi-Res Images of Chemical Elements · CC BY 3.0
- Cassiterite (GeoDIL number - 37).jpg · Shannon Heinle · CC0
- Titanium sponge cylinder, 120 grams.jpg · Hi-Res Images of Chemical Elements · CC BY 3.0
- Ilmenite sand.jpg · Mx. Granger · CC0
- Wolframiteportugal2.jpg · Didier Descouens · CC BY-SA 3.0
- World- Vanadium Production,*1946 - DPLA - 3e24602f809408ce766ef8a40e074… · Central Intelligence Agency · Public domain
- Vermiculite board fireproofing 001.png · Achim Hering · CC BY 3.0
- Wollastonite madagascar.jpg · Didier Descouens · CC BY-SA 3.0
- Three xenon flashtubes and a krypton arc lamp.jpg · Zaereth ( talk ) · Public domain
- Piece of Yttrium.jpg · Jan Anskeit · CC BY-SA 4.0
- Estonian Museum of Natural History Specimen No 203540 photo (g232 g232-… · Tõnis Saadre · CC BY-SA 4.0
- Sphalerite - Creede, Mineral County, Colorado, USA.jpg · Ivar Leidus · CC BY-SA 4.0
- Deformed crystal of zircon.jpg · Liza Kovaleva · CC BY-SA 4.0
Todas as fotografias são do Wikimedia Commons e utilizadas sob a licença indicada.