Sodium-Ion Architecture
IonCore
A safer solid-state sodium-ion battery designed for full recyclability and resilient supply chains.
Solid-state architecture · Sodium-ion chemistry · Built for safe operation
A new chemistry for safer electrification.
IonCore is a solid-state sodium-ion battery platform built around safer chemistry, recyclable materials, and a supply chain that does not depend on lithium, cobalt, or nickel. It is engineered to support large-scale energy systems where safety, longevity, and sustainability matter most.
Engineered for what comes next.
Solid-state architecture
A more stable cell architecture designed to reduce thermal runaway risk and improve long-term durability.
Sodium-based chemistry
Sodium is abundant, low cost, and globally available. The chemistry is non-toxic and well-suited to safer cell design.
Full recyclability
Designed from the start for end-of-life recovery, supporting circular material flows and reducing waste.
Reduced supply-chain risk
Free from lithium, cobalt, and nickel dependency, lowering exposure to constrained and concentrated material markets.
Environmental impact
Built around materials and processes designed to support cleaner, more sustainable energy infrastructure.
Built for safe operation
Designed to support stationary storage, infrastructure, and large-format applications where safety is non-negotiable.
Safer electrification at scale.
As energy systems grow larger and more interconnected, the materials we put inside them matter more than ever. IonCore is designed to reduce risk at every layer, from chemistry to supply chain to end-of-life, so the next generation of batteries can be safer, cleaner, and more resilient.
Build with safer chemistry.
For partners advancing safer batteries and resilient energy infrastructure.