Battery materials

Solid-State Electrolytes

Solid electrolyte candidates compared by structural family, synthesis evidence, patent density, and deployment risk.

Audience
All-solid-state battery teams triaging garnet, sulfide, argyrodite, and sodium conductor options.
Why this matters
Conductivity alone does not decide solid electrolyte viability. The real screen needs synthesis, air stability, dendrite behavior, IP, and material availability signals.
Ranking basis
  • Known lithium or sodium conducting structure family
  • Synthesis evidence and practical processing route
  • Patent density around the family
  • Supply-risk and integration burden
Ranked candidates

Candidate Materials

These rows are curated as an indexable public screen. Each candidate links into the broader material profile when a profile exists.
CandidateRoleStabilitySynthesisPatent DensitySupply RiskWhy It Matters
Li7La3Zr2O12
LLZO
Material class
Oxide garnet electrolyteKnown garnet familyHigh-temperature ceramic routeHighMedium; lanthanum and zirconium exposureStrong oxide stability benchmark with ceramic processing and interface challenges.
Evidence: Garnet SSE literature and Lattice Graph profile data
Li6PS5Cl
Chloride argyrodite
Material class
Sulfide argyrodite electrolyteKnown argyrodite familyMechanochemical and solid-state routesHighLow to mediumA high-conductivity sulfide benchmark where IP and moisture handling dominate.
Evidence: Argyrodite SSE literature and synthesis corpora
Li10GeP2S12
LGPS
High-conductivity sulfide benchmarkKnown LGPS familySolid-state routesHighHigh; germanium exposureExcellent conductivity anchor, but supply and patent constraints push substitution searches.
Evidence: LGPS literature and patent corpus
Na3PS4
Sodium thiophosphate
Sodium solid electrolyteKnown sodium conductor familyMechanochemical and heat-treatment routesMediumLowA useful sodium-ion comparator when lithium supply or cost is the constraint.
Evidence: Sodium SSE literature
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