The solution

Our Scientific Breakthrough

Through Ionic Materials’ invention of a novel solid polymer electrolyte material that conducts ions at room temperature, we are on the verge of revolutionizing battery technology. A truly solid state battery is now possible. Significant improvements in battery safety, performance and cost are achievable with ionic conductivities that exceed those of traditional liquid systems over a wide range of temperatures.

Benefits of this solution include:

  • Inherent Safety: Eliminates safety issues with liquid electrolytes
  • Higher Performance:  Enables higher energy anodes and cathodes
  • Lower Cost: Reduces battery cost through less expensive chemistries and novel manufacturing

Inherent Safety

Replacing flammable liquid electrolytes with Ionic’s non-flammable solid polymer drastically improves battery safety and robustness, as Ionic has demonstrated in a number of safety tests. Numerous prospective customers and partners in a variety of different industries/applications have emphasized the value of improved battery safety, particularly given the recent spate of battery-related safety issues. Electric vehicle companies have indicated that improved cell-level safety may lead to performance improvements and cost reductions at the pack-level, particularly if they allow the elimination or simplification of cooling and battery management systems.

Click here for more information about our safety characteristics.

Higher Performance

Ionic has demonstrated that its polymer electrolyte is compatible with chemistries that have much higher theoretical performance limits than the active materials used in current state-of-the-art batteries.  Higher energy density chemistries can now be developed and brought to market effectively.  Ionic Materials is a true “platform technology” enabling the use of a wide range of electrode chemistries, including lithium metal anodes, sulfur cathodes, and more, resulting in much higher energy density and performance.

Lower Cost

Our polymer is compatible with a number of next generation chemistries that have the potential to significantly reduce battery costs per kWh (either because they use lower cost materials, because they enable much higher energy densities, or both). In addition, use of Ionic’s polymer as a battery electrolyte potentially enables the production of batteries using extrusion and other plastic processing techniques that are simpler and lower cost than the methods used to manufacture liquid electrolyte batteries.


Key Properties of Ionic Materials’ Polymer

  • Up to 1.3 mS/cm at room temperature
  • Lithium transference number of 0.7
  • High voltage capability (5 volts)
  • Can accommodate high loadings in the cathode
  • High elastic modulus
  • Low cost precursors
  • Stable against Lithium
  • Conducts multiple ions

electric vehicles

Safe, long range electric vehicles become a reality

consumer electronics

Longer lasting devices in new form factors

grid storage

Low cost, reliable energy for grid applications

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