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Solid electrolytes
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Product variants of solid electrolytes

SCHOTT offers high-purity sodium-ion conducting solid electrolytes tailored for next-generation battery technologies.

Sodium-ion conducting solid electrolytes

SCHOTT’s sodium-ion conducting glass-ceramics can increase the performance and safety of today’s liquid-electrolyte Na-ion batteries while enabling next-generation all- or almost solid-state Na-ion batteries. Additionally, the material can be used as a substitute for β-alumina in high-temperature Na-ion batteries.
Sodium-ion conducting solid electrolytes
Sodium-ion conducting glass-ceramics enhance the performance and safety of today’s Na-ion batteries while helping advance next-generation designs.
Sodium-ion conducting solid electrolytes
Sodium-ion conducting glass-ceramics combine high chemical stability with excellent Na-ion conductivity.
  • Sodium-ion conducting solid electrolytes
  • Sodium-ion conducting solid electrolytes

CHARACTERISTICS

  • Based on sodium silicate glass-ceramics (the N5s)
  • Combines high chemical stability with excellent Na-ion conductivity
  • Low sintering temperature of around 1,000 °C
  • Available in powder form, with standard particle sizes of 2 – 3  µm for easy processing

YOUR ADVANTAGES

  • Efficient charge transport thanks to high Na-ion conductivity
  • High stability against sodium metal enables Na-metal anodes
  • Tunable sintering temperatures enable co-sintering with cathodes

Want to know more? Let’s talk

Whether you need more information, samples, a quote, or advice for a project, we would be delighted to talk to you.

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DrNikolausSchultz_Z0A5227.JPG
Dr. Niko Schultz

Senior Project Manager New Ventures