Digital

Lithium-ion batteries

Rechargeable cells for consumer devices, EVs, power tools, and grid storage.

Why it matters · Device replacement costs, EV prices, and backup power system costs all track lithium battery material prices.

12

Inputs

44

Companies

17

Facilities

10

Source countries

How it's made

The process

  1. 01

    Cathode and anode material synthesis

    Cathode active material (NMC via co-precipitation + calcination; LFP via hydrothermal synthesis); synthetic graphite anode via petroleum coke graphitization at 2800–3000 °C.

  2. 02

    Slurry preparation and electrode coating

    Active material mixed with PVDF binder and carbon black into slurry; slot-die coated onto Al foil (cathode) or Cu foil (anode); dried in long conveyor ovens.

  3. 03

    Calendering and slitting

    Electrode rolls compressed (calendered) to target porosity and density; slit to precise width for cell format (cylindrical, prismatic, or pouch).

  4. 04

    Cell assembly — winding or stacking

    Cylindrical/prismatic cells: jellyroll winding of anode-separator-cathode-separator layers. Pouch cells: Z-fold or flat stacking of electrode sheets.

  5. 05

    Electrolyte filling and sealing

    LiPF6 salt dissolved in organic carbonates (EC + DMC + EMC) injected under vacuum into cell housing; sealed by laser welding (cylindrical/prismatic) or heat-sealing (pouch).

  6. 06

    Formation cycling and aging

    Initial charge/discharge cycles grow stable SEI (solid electrolyte interphase) layer; pouch cells degassed. Cells aged 2–4 weeks at temperature to detect self-discharge defects.

  7. 07

    Module and pack assembly

    Cells laser-welded into modules; BMS, thermal management (liquid cooling plates or air cooling), structural housing integrated; high-voltage busbars connected.

  8. 08

    Testing, grading, and QC

    Capacity grading, impedance spectroscopy, hi-pot dielectric testing, cycle life sampling, X-ray inspection for internal defects; cells sorted by capacity bin.

Where it comes from

Country dependencies

Weighted share of upstream inputs sourced from each country.

CountryWeighted shareInputs supplied to lithium-ion batteries
CDDemocratic Republic of Congono map73%Cobalt sulfate (battery grade)
CNChina53%Battery-Grade Phosphoric Acid (LFP Cathode Precursor) · Aluminum foil (cathode current collector) · Cathode active material (NMC/LFP/NCA) +8
CLChile30%Lithium carbonate / lithium hydroxide
BEBelgium27%Battery-Grade Phosphoric Acid (LFP Cathode Precursor) · Cathode active material (NMC/LFP/NCA) · Nickel sulfate (battery grade)
THThailand20%Aluminum foil (cathode current collector)
JPJapan18%Aluminum foil (cathode current collector) · Cathode active material (NMC/LFP/NCA) · Ultra-thin copper foil (<8µm) +4
MYMalaysia17%Aluminum foil (cathode current collector) · Ultra-thin copper foil (<8µm)
ZASouth Africa16%Nickel sulfate (battery grade)
AUAustralia16%Cobalt sulfate (battery grade) · Lithium carbonate / lithium hydroxide
IDIndonesia13%Aluminum foil (cathode current collector) · Natural graphite (flake)

Shipped finished

Top finished-goods sources

Countries that ship finished lithium-ion batteries directly to the U.S., distinct from the upstream raw inputs above.

CountryU.S. importsShare of U.S. imports
CNChina$11.7B59%
JPJapan$2.5B13%
KRSouth Korea (Republic of Korea)$2.3B12%
MYMalaysia$572M3%
PLPoland$399M2%
TWTaiwan$385M2%
HUHungary$339M2%
VNVietnam$299M2%
CACanada$298M2%
DEGermany (Federal Republic of Germany)$214M1%

Who makes it

Supplier companies

44 companies in this supply chain, sorted by market share.

World's largest synthetic graphite anode material producer; ~26% global share. Primary supplier to CATL, LG Energy Solution, and Panasonic.

Supplies these inputs

Synthetic graphite (anode grade)

Replaceability

Substitutability 15% · 30 mo to replace

Business segments

  • Synthetic Graphite Anode Material (World #1 — 26% global share)75% rev
  • Cathode Active Materials (Expansion)15% rev
  • Battery Recycling10% rev
Asahi Kasei →(3407)
HQ JP25% share

Japan's leading battery separator film manufacturer (Hipore brand); ~25% global share. Only major wet-process separator plant in the Western Hemisphere (Concord, NC).

Supplies these inputs

Battery separator film

Replaceability

Substitutability 22% · 18 mo to replace

Business segments

  • Battery Separator Film (Hipore — World Leader)20% rev
  • Advanced Materials (Membranes + Polymers)25% rev
  • Healthcare (Zoll Medical + Diagnostics)30% rev
  • Homes & Construction (Hebel)25% rev

One of the world's largest aluminium-foil makers; major supplier of battery-grade cathode current-collector foil.

Supplies these inputs

Aluminum foil (cathode current collector)

Replaceability

Substitutability 55% · 6 mo to replace

Business segments

  • Battery-Grade Aluminum Foil45% rev
  • Capacitor Foil22% rev
  • Packaging Foil25% rev
  • Specialty Foil8% rev

Major diversified mining and commodities trading company; produces sulfuric acid as byproduct at its copper, zinc, and lead smelters globally (Australia, Canada, Kazakhstan, South Africa, Philippines, Peru, etc.). One of the world's largest merchants of sulfuric acid from smelting operations. Also one of the world's largest sulfur traders — trades recovered sulfur from refineries and intermediates it to fertilizer manufacturers. Glencore's dual position as a smelter byproduct H2SO4 producer AND sulfur trader gives it market intelligence across both supply sources.

Supplies these inputs

Cobalt sulfate (battery grade)

Replaceability

Substitutability 28% · 24 mo to replace

Business segments

  • Metals & Minerals (Mining)35% rev
  • Coal (Mining & Marketing)28% rev
  • Metals & Minerals (Trading)20% rev
  • Agricultural Commodities (Viterra)12% rev
SQM →(SQM)
HQ CL22% share

SQM (Sociedad Quimica y Minera de Chile; NYSE/Santiago: SQM; ~$10.5B market cap 2025; HQ Santiago, Chile) produces battery-grade lithium hydroxide monohydrate alongside lithium carbonate from the Salar de Atacama. SQM's Antofagasta chemical plant converts brine-derived lithium chloride concentrate to both Li2CO3 and LiOH·H2O for export. SQM is the world's largest single producer of lithium chemicals by volume. SQM's LiOH is produced via a causticization route (Li2CO3 + Ca(OH)2 → 2LiOH + CaCO3) rather than the direct spodumene route used by hard-rock converters. Battery-grade LiOH requires >56.5% LiOH content, low impurities (Na <0.005%, Fe <0.001%). In May 2024, SQM signed a public-private partnership with Codelco giving the Chilean state 50%+1 from 2025 to 2060. SQM produced 201,000 MT LCE total in 2024; LiOH accounted for a growing share as NMC-811 adoption accelerated. Source: SQM Annual Report 2023.

Supplies these inputs

Lithium carbonate / lithium hydroxide

Replaceability

Substitutability 35% · 24 mo to replace

Business segments

  • Lithium (Salar de Atacama — World #1)45% rev
  • Iodine (World #1 — 30%+ Global Share)20% rev
  • Nitrates & Fertilizers (CSP, Agriculture)25% rev
  • Potassium & Other Minerals10% rev

Albemarle Corporation (NYSE: ALB; HQ Charlotte, NC; ~$6B revenue 2023) is one of the world's largest lithium producers and the leading US-headquartered lithium hydroxide supplier. Albemarle produces battery-grade lithium hydroxide monohydrate (LiOH·H2O) at three primary locations: (1) La Negra complex, Antofagasta, Chile — converting Atacama brine-derived lithium chloride to LiOH; (2) Kemerton Lithium Hydroxide Plant, Western Australia — a JV with Mineral Resources Ltd (MRL) that converts spodumene from Greenbushes Mine to LiOH; Train 1 (50,000 t/year) commissioned 2022, Train 2 (50,000 t/year) commissioned 2023. (3) Kings Mountain, North Carolina — historically the world's largest lithium mine (operated 1953-1988), being restarted with US DOE/DOD support for domestic LiOH production. Albemarle is the preferred LiOH supplier for Tesla (NCA cathodes), BMW i-series, and multiple US and Asian battery makers requiring high-nickel chemistry. The 2023-2024 LiOH price collapse compressed Albemarle margins substantially; ALB stock fell ~75% from its 2022 peak.

Supplies these inputs

Lithium carbonate / lithium hydroxide

Replaceability

Substitutability 35% · 36 mo to replace

Business segments

  • Lithium (Battery Grade LiOH + Li2CO3)60% rev
  • Bromine Specialties25% rev
  • Catalysts (Petroleum Refining)15% rev

Chinese battery electrolyte and LiPF6 materials company (SZSE: 002360, HQ Guangzhou; ~RMB 15B revenue); China's largest electrolyte supplier by volume and a significant LiPF6 producer. TINCI produces both the LiPF6 salt and the formulated electrolyte (LiPF6 dissolved in organic carbonates: ethylene carbonate, dimethyl carbonate, diethyl carbonate) for Li-ion battery manufacturers. TINCI supplies CATL, BYD, and multiple Chinese and Korean battery makers. As a vertically integrated electrolyte company (producing both the salt and the formulated solution), TINCI captures more value chain margin than pure LiPF6 producers. China's 2021 LiPF6 spot price spike to >$40,000/tonne was partly driven by the rapid growth of companies like TINCI outpacing raw LiPF6 production capacity.

Supplies these inputs

LiPF6 electrolyte salt

Replaceability

Substitutability 35% · 18 mo to replace

Business segments

  • Battery Electrolyte70% rev
  • LiPF6 Salt & Lithium Chemicals15% rev
  • Personal Care & Silicone Materials10% rev
  • Organic Carbonate Solvents5% rev

Overtook Glencore as single-largest cobalt miner via Tenke Fungurume mine (DRC) in 2023; ~15% of global cobalt mine supply from TFM alone.

Supplies these inputs

Cobalt sulfate (battery grade)

Replaceability

Substitutability 28% · 24 mo to replace

Business segments

  • Cobalt & Copper (DRC — TFM + Kisanfu)55% rev
  • Niobium (Niobec Mine, Quebec, Canada)15% rev
  • Molybdenum (Henan + Brazilian Operations)20% rev
  • Gold & Other Metals10% rev

World's largest single STPP producer; 20-25% of global STPP market; 60,000 MT/year dedicated STPP capacity. China contributes ~80% of global STPP production, and Hubei Xingfa is the dominant Chinese producer. Also produces phosphoric acid, sodium hexametaphosphate (SHMP), and other phosphorus chemicals. Hubei province (also home to Three Gorges Dam) is a major Chinese chemical hub. Listed on Shanghai Stock Exchange. Serves food, detergent, water treatment, and industrial markets globally.

Supplies these inputs

Battery-Grade Phosphoric Acid (LFP Cathode Precursor) · Cathode active material (NMC/LFP/NCA)

Replaceability

Substitutability 40% · 9 mo to replace

Business segments

  • STPP (Sodium Tripolyphosphate)45% rev
  • Phosphoric Acid30% rev
  • Sodium Hexametaphosphate (SHMP)15% rev
  • Other Phosphorus Chemicals10% rev

China's largest fluorochemical producer; manufactures fluorination intermediates used as KSMs for SSRIs (sertraline, fluoxetine, escitalopram) and other fluorine-containing pharmaceuticals

Supplies these inputs

PVDF binder

Business segments

  • Fluoropolymers (PTFE, PVDF, FEP)30% rev
  • Pharmaceutical Key Starting Materials (KSMs)25% rev
  • Refrigerants (HFCs)25% rev
  • Fluorocarbon Solvents + Electronic Chemicals20% rev

World's largest producer of palladium (~40% of global supply) and a major nickel and platinum producer; Russia-Ukraine war (2022) created palladium supply fears that spiked prices; major automotive catalytic converter raw material chokepoint

Supplies these inputs

Nickel sulfate (battery grade)

Business segments

  • Palladium (World #1, ~40% Global Supply)35% rev
  • Nickel (World #1)30% rev
  • Copper20% rev
  • Platinum + Cobalt15% rev

Chinese battery materials company (SZSE: 600884; HQ Changsha, Hunan; parent Shanshan Corporation); world's 2nd-largest battery anode material manufacturer (~18% global share) and also a significant cathode material producer. Shanshan Energy (formerly Putailai New Energy Technology / Shanghai Putailai) produces synthetic graphite anodes for Li-ion batteries via petroleum needle coke graphitization. Shanshan Corporation (parent) is a Ningbo-based conglomerate historically known for fashion retail (Shanshan men's suits) that pivoted massively into lithium battery materials in the early 2000s — becoming one of China's first and largest EV battery material companies while its parent still sells business suits. The same Chinese conglomerate that makes business suits also makes the graphite anode material inside CATL and LG Energy Solution batteries.

Supplies these inputs

Synthetic graphite (anode grade)

Replaceability

Substitutability 25% · 36 mo to replace

Business segments

  • Battery Anode Materials58% rev
  • Battery Cathode Materials35% rev
  • Fashion & Apparel (Shanshan Corporation parent)5% rev
  • Other Battery Materials & Electrolyte2% rev

US-based dry-process (PP/PE) separator manufacturer; ~15% global share; acquired by Sumitomo Electric in 2015. Primary supplier to LG Energy Solution and Samsung SDI.

Supplies these inputs

Battery separator film

Replaceability

Substitutability 28% · 18 mo to replace

Business segments

  • Battery Separator Film (Dry-Process PP/PE)75% rev
  • Industrial Membranes (Medical + Specialty)25% rev
OCP Group →
HQ MA15% share

World's largest phosphate company; controls ~70% of global proven phosphate rock reserves and 31% of world phosphate product market. Morocco's phosphate deposits (Khouribga, Gantour, Bou Craa) are the largest in the world. OCP controls 54% of global phosphoric acid trade and 26% of phosphate fertilizer market. Single-entity concentration of a resource essential for all animal and crop nutrition makes OCP a strategic geopolitical chokepoint.

Supplies these inputs

Battery-Grade Phosphoric Acid (LFP Cathode Precursor)

Business segments

  • Phosphate Rock Mining30% rev
  • Phosphoric Acid (Jorf Lasfar Industrial Complex)28% rev
  • DAP/MAP Fertilizers25% rev
  • LFP Battery Supply Chain (Strategic Pivot)8% rev

Japanese electronic-grade specialty chemical company (TSE: 4109, HQ Osaka; ~¥50B revenue); producer of ultra-high purity hydrogen fluoride (electronic grade, 5N to 7N+ purity — 99.999% to 99.99999%) used in semiconductor wet etching processes (HF etches silicon dioxide — SiO2 — in a highly controlled manner to pattern silicon chips). Stella Chemifa's electronic-grade HF is the standard product for Japanese semiconductor manufacturers (Renesas, Toshiba Memory/Kioxia, Sony Semiconductor) and exports to Korean (Samsung, SK Hynix) and Taiwanese (TSMC) fabs. In 2019, when Japan restricted exports of semiconductor-grade fluorinated compounds to South Korea, Stella Chemifa was one of the three Japanese companies affected by the export controls (alongside Sumitomo Chemical and JSR). Samsung reportedly had enough Stella Chemifa HF inventory for approximately 1-2 months of production when Japan imposed the restrictions.

Supplies these inputs

LiPF6 electrolyte salt

Replaceability

Substitutability 35% · 18 mo to replace

Business segments

  • Electronic-Grade Hydrogen Fluoride (UHP HF)45% rev
  • LiPF6 Electrolyte Salt (EV Batteries)30% rev
  • Specialty Fluorine Compounds15% rev
  • Industrial HF & Fluorochemicals10% rev

Japanese non-ferrous metals and mining company (TSE: 5713, HQ Tokyo); one of the world's oldest mining enterprises — its Besshi Copper Mine in Ehime Prefecture operated from 1691 to 1973, making Sumitomo Metal Mining older than the United States. Today SMM is a leading producer of nickel sulfate for Li-ion battery precursors (NMC/NCA pCAM). SMM operates Coral Bay Nickel Corporation (CBNC) and Taganito HPAL Nickel Corporation (THPAL) in the Philippines — high-pressure acid leach plants that process Philippine laterite nickel ore into mixed sulfide precipitate (MSP), which is then refined into nickel sulfate at the Niihama Nickel Refinery in Ehime Prefecture, Japan. SMM's integrated laterite-to-sulfate pathway (Philippines HPAL → Japan refinery) is one of the most established non-Chinese nickel sulfate supply chains for Korean and Japanese battery manufacturers (Toyota-Panasonic joint venture PPES; Panasonic Energy). SMM is also the world's leading producer of nickel hydroxide for NiMH hybrid vehicle batteries.

Supplies these inputs

Cathode active material (NMC/LFP/NCA)

Replaceability

Substitutability 25% · 30 mo to replace

Business segments

  • Nickel Sulfate & HPAL (Philippine Operations)40% rev
  • Nickel Hydroxide (NiMH — World Leader)20% rev
  • Copper, Gold, & Precious Metals25% rev
  • Specialty Metals (Tellurium, Selenium, Electronics)15% rev
Ganfeng Lithium →
HQ CN14% share

Ganfeng Lithium Co., Ltd. (SHEX: 002460, HKEX: 1772; HQ Xinyu, Jiangxi, China; ~$5B revenue) is China's largest and the world's third-largest lithium producer, with dominant capacity in lithium hydroxide conversion. Ganfeng operates multiple LiOH conversion facilities in Xinyu (Jiangxi), Xinjiang, and Chongqing — collectively processing imported spodumene from Mount Marion (WA; 50% JV with Mineral Resources) and brine concentrate into battery-grade LiOH·H2O. Ganfeng supplies LiOH to BMW, Tesla, LG Energy Solution, CATL, and BYD for NMC-811 and NCA cathode manufacturing. Ganfeng's vertical integration — from Australian spodumene mining through Chinese conversion to battery material supply — exemplifies China's control of the LiOH processing chain. Ganfeng also produces lithium metal (for solid-state battery anodes) and other specialty lithium chemicals. Source: Ganfeng Lithium Annual Report 2023.

Supplies these inputs

Lithium carbonate / lithium hydroxide

Replaceability

Substitutability 40% · 18 mo to replace

Business segments

  • Lithium Resources (Mining + Brine)25% rev
  • Lithium Chemicals (LiOH, Li2CO3, LiMetal)55% rev
  • Battery Manufacturing (Emerging)10% rev
  • Lithium Recycling10% rev
Kanto Denka Kogyo →
HQ JP14% share

Japanese specialty fluorine chemicals company (TSE: 4286, HQ Sōja, Gunma; ~¥70B revenue); one of Japan's two dominant LiPF6 (lithium hexafluorophosphate) producers alongside Stella Chemifa, together producing approximately 25-30% of global LiPF6. Kanto Denka's LiPF6 synthesis route uses high-purity HF and phosphorus pentafluoride (PF5) in anhydrous conditions — a highly moisture-sensitive synthesis requiring specialized chemical manufacturing infrastructure. Kanto Denka also produces SF6 (sulfur hexafluoride, used as a dielectric insulating gas in high-voltage electrical switchgear), ClF3 (chlorine trifluoride, used in semiconductor chamber cleaning), and electronic-grade fluorine gases for semiconductor manufacturing — one Japanese specialty chemicals company supplying both the semiconductor fab and the EV battery supply chain from the same fluorine chemistry platform.

Supplies these inputs

LiPF6 electrolyte salt

Replaceability

Substitutability 35% · 18 mo to replace

Business segments

  • NF₃ & Semiconductor Fluorine Gases35% rev
  • LiPF₆ Electrolyte Salt (EV Batteries)28% rev
  • SF₆ & High-Voltage Electrical Gases22% rev
  • Other Fluorinated Specialty Chemicals15% rev

Where it's made

Facilities

17 facilities producing inputs that feed lithium-ion batteries.

Albemarle La Negra Lithium Conversion Plant →

CL

Albemarle Corporation · Antofagasta · manufacturing

World's largest single-site lithium carbonate and hydroxide conversion plant; processes Atacama brine. ~85,000 t LiOH/yr capacity under expansion.

Asahi Kasei Moriyama Plant (Hipore) →

JP

Asahi Kasei · Shiga · manufacturing

Flagship battery separator film (Hipore) manufacturing; wet PE process; primary supply for Panasonic/Tesla cylindrical cell chain.

BTR New Energy Huizhou Anode Plant →

CN

BTR New Energy Materials · Guangdong · manufacturing

World's largest single-site synthetic graphite anode production; primary supplier to CATL, LG Energy Solution, and Panasonic.

Celgard Charlotte NC Manufacturing →

US

Celgard (Sumitomo Electric) · North Carolina · manufacturing

Primary dry-process PP/PE separator production; supplies LG Energy Solution, Samsung SDI, and major US cell makers.

Furukawa Electric Nikko Works →

JP

Furukawa Electric · Tochigi · manufacturing

Primary production site for battery-grade ultra-thin copper foil (<8µm); only non-Chinese facility qualified for sub-6µm at volume (as of 2024).

Ganfeng Lithium Xinyu Processing Complex →

CN

Ganfeng Lithium · Jiangxi · manufacturing

Flagship lithium chemicals production; Li2CO3, LiOH, and lithium metal; supplies major Korean and Japanese cell makers.

Glencore Mutanda Mine (MUMI) →

CD

Glencore plc · Lualaba · mining

World's single largest cobalt mine by output (~20,000 t Co/yr); ~8–10% of global cobalt supply; suspended 2019–2021 due to depressed prices.

Guizhou Chanhen -- Guiyang Operations →

CN

Guizhou Chanhen Chemical Corporation · Guiyang, Guizhou Province, China · manufacturing_plant

Integrated phosphate chemical complex in Guizhou Province. Expanding battery-grade H3PO4 and FePO4 production for LFP battery cathode supply chains. Guizhou holds ~40% of China's phosphate rock reserves.

Hubei Xingfa — Xingshan, Hubei Province →

CN

Hubei Xingfa Chemicals Group · Xingshan County, Yichang, Hubei · manufacturing

Primary Hubei Xingfa production complex; 60,000 MT/year dedicated STPP capacity. Located near the Three Gorges Dam area in the Yangtze River gorge region — an area with both significant hydroelectric power (cheap electricity for chemical production) and phosphate rock deposits in Hubei. Hubei Xingfa is the world's largest single STPP producer from this single complex.

ICL Rotem Negev Desert Phosphate Complex →

IL

ICL Group Ltd. · Negev Desert · mining

ICL Rotem (formerly Rotem Amfert Negev) phosphate rock mining and wet-process phosphoric acid production complex in the Negev Desert. Phosphate rock from open-pit mines at Oron and Zin deposits. Phosphoric acid produced by wet-process (sulfuric acid digestion — NOT thermal P4 route). Produces merchant-grade phosphoric acid (MGA 54% P2O5) and phosphate fertilizers. ICL Rotem historically 3-4 million tonnes/year phosphate rock concentrate output — one of the largest single-site phosphate operations in the Middle East. Proximity to Haifa port (via rail/truck) for export. Source: https://www.icl-group.com

OCP Jorf Lasfar Industrial Complex →

MA

OCP Group · manufacturing

World's largest phosphate processing complex — 24 phosphoric acid lines, 10 DAP/MAP fertilizer lines, sulfuric acid units. Located on Atlantic coast south of Casablanca. Produces ~8 Mt/year of phosphate products. The single largest phosphate processing site globally.

Prayon — Engis, Belgium (HQ + Primary Plant) →

BE

Prayon Group · Engis, Liège Province · manufacturing

Prayon corporate headquarters and primary production site. Founded 1882. Produces purified phosphoric acids, food-grade phosphate salts (STPP, SHMP), and fluorine products. The Prayon wet-process for phosphoric acid — which generates >50% of the world's merchant-grade phosphoric acid — was developed and is licensed from this facility. Engis is on the Meuse River in the Liège industrial valley.

Salar de Atacama Operation →

CL

SQM · Antofagasta Region, Chile · mine

World's largest lithium brine operation. SQM pumps lithium-rich brine, solar-evaporates for 12-18 months, then processes to lithium carbonate and lithium hydroxide on-site.

Sumitomo Metal Mining Niihama Nickel Refinery →

JP

Sumitomo Metal Mining Co., Ltd. · Ehime · manufacturing

Primary NCA cathode active material and nickel chemical production; long-term supply agreements with Panasonic for Tesla NCA cells.

Tenke Fungurume Mine (TFM) →

CD

China Molybdenum (CMOC) · Lualaba · mining

World's second-largest cobalt mine; ~10% of global cobalt supply; acquired by CMOC from Freeport-McMoRan in 2016 for $2.65B.

Umicore Battery Materials Cheonan →

KR

Umicore NV/SA · South Chungcheong · manufacturing

Primary NMC cathode active material production for Korean cell makers (Samsung SDI, SK On); ~60,000 t/yr CAM capacity.

Wengfu Group -- Guizhou Integrated Complex →

CN

Wengfu Group · Guiyang / Fuquan, Guizhou Province, China · mining_and_processing

Integrated phosphate mining + H3PO4 + fertilizer + battery-grade FePO4 complex. One of China's largest phosphate chemical operations. State-linked; significant Guizhou government backing.