Product Development Pathway
(5 R&D Concepts)
Aqueous spray-dried spherical garnet for scalable oxide-electrolyte manufacturing, yielding free-flowing single-phase particles across dopant chemistries without the hard agglomeration of conventional drying routes.
Rapidly synthesized oxyhalide electrolyte formed through a short, lower-temperature route addressing the halide trade-off between oxidative stability and ionic conductivity. Further concepts address membrane-level reconciliation of thermal stability with ambient ionic conductivity, surface protection of alloy foils against dendrite growth and ambient degradation, and a multilayer separator architecture whose layers are formed in a single process step, intended to restore electrical isolation after mechanical puncture.
Key Synergies
A multilayer separator architecture acts as the hub the other electrolyte concepts feed into, while the protected alloy foil supplies the anode – a vertically integrated material-to-cell pathway aligning ionic conductivity, safety and processing for full-cell qualification.
