Sectors // Materials
Battery Materials Science Intelligence
5 research titles covering the functional materials that define battery performance — cathode active materials, solid-state electrolytes, liquid electrolyte solvents, and LiPF6 electrolyte salt. These are the materials where chemistry decisions are made and where the highest-value IP in the battery sector resides. Built from primary conversations with materials scientists and process chemists.
USD 18.4 Bn
Cathode active materials 2025
31.2%
CAGR — solid-state electrolyte
Primary
Panel-grounded data
What This Category Covers
Functional materials at the core of battery performance
Materials covers the functional chemistry layer of the battery cell — the cathode active material (NMC, NCA, LFP, LMFP powders), the electrolyte system (liquid electrolyte solvents and LiPF6 salt for conventional cells, solid electrolyte materials for next-generation cells). These are the materials where performance differentiation, supply concentration risk, and technology transition risk are highest.
Cathode Active Materials
NMC, NCA, LFP, and LMFP cathode powders — covering synthesis routes, precursor inputs, performance specifications, leading producers, and the chemistry transition dynamics that will reshape market share through 2035.
Solid-State Electrolytes
Oxide, sulphide, and polymer solid electrolyte materials for next-generation battery cells — covering technology readiness by electrolyte type, leading developers, commercialisation timelines, and ionic conductivity benchmarks.
Liquid Electrolyte Chemistry
LiPF6 electrolyte salt and organic solvent markets — the electrolyte system for conventional lithium-ion cells, covering Chinese supply concentration, FEOC compliance implications, and additive chemistry innovation.
FDX-MAT-019
2025USD 18.42 Bn
2035USD 62.87 Bn
CAGR13.0%
FDX-MAT-025
2025USD 187.4 Mn
2035USD 2.87 Bn
CAGR31.2%
FDX-MAT-026
2025USD 2.14 Bn
2035USD 6.87 Bn
CAGR12.4%
FDX-MAT-027
2025USD 1.87 Bn
2035USD 5.42 Bn
CAGR11.2%
Research Standard
Materials intelligence from process chemists and R&D engineers
Cathode active material market sizing requires distinguishing between cathode powder production capacity and actual output — capacity utilisation in CAM production varies significantly by producer and chemistry. Faradex anchors cathode active material estimates to Umicore, BASF, L&F, and POSCO Chemical annual reports and production disclosures, supplemented by primary conversations with procurement engineers at cell manufacturers who can confirm actual receipt volumes.
Solid-state electrolyte materials are the most technically complex market in the Faradex Sectors. The CAGR of 31.2% for solid-state electrolyte is based on a deliberately conservative commercialisation timeline — incorporating feedback from primary panel members who have worked directly on Toyota, Samsung SDI, and QuantumScape solid electrolyte development programs.
CAM market sized from producer filings
Cathode active material production volumes anchored to Umicore, BASF, L&F, and POSCO Chemical disclosures — cross-validated against cell manufacturer cathode material procurement confirmation from primary panel conversations.
Solid electrolyte types disaggregated
Solid-state electrolyte market is sized separately for oxide (LLZO), sulphide (LGPS, argyrodite), and polymer types — with separate CAGR trajectories reflecting their different commercialisation timelines and target applications.
LiPF6 FEOC exposure quantified
Chinese-origin LiPF6 supply share quantified against Stella Chemifa, Morita Chemical, and Kanto Denka Kogyo non-Chinese production capacity — sizing the FEOC compliance gap for US-market cell production.
Solid-state timeline from practitioner conversations
Solid-state electrolyte commercialisation timelines incorporate direct panel conversations with researchers who have worked on Toyota, Samsung SDI, and QuantumScape programs — not from company investor day projections.
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Faradex covers the full battery value chain
Access Materials Intelligence
5 specialist titles on cathode active materials, solid-state electrolytes, liquid electrolyte chemistry — the highest-IP layer of the battery value chain.
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