Expanded Cellulose Super Ion Conductor
Category:
Developers: University of Maryland
United States
Product Description:We have invented a new super ion conductor by expanding wood-derived cellulose. As a solid polymer electrolyte, this disruptive, sustainable, and flexible material exhibits a record-high ionic conductivity that is 10–100-times that of other solid polymer electrolytes, which could be transformative in the development of future batteries.
Developers: University of Maryland
United States
Product Description:We have invented a new super ion conductor by expanding wood-derived cellulose. As a solid polymer electrolyte, this disruptive, sustainable, and flexible material exhibits a record-high ionic conductivity that is 10–100-times that of other solid polymer electrolytes, which could be transformative in the development of future batteries.
The study of the product published in Nature (first page).