Electrodes
Properties
Carbon Electrodes
Key Properties
High Electrical Conductivity
Our veils consist of highly porous interconnected conductive framework that facilitate the efficient flow of electrons during charge and discharge cycles.
High Ionic Conductivity
A porous conductive structure allows for the efficient movement of ions within the electrode.
Chemical Stability
The inherent corrosion resistance of the fibre resists degradation and maintains performance over many charge and discharge cycles.
Mechanical Stability
The structure of the nonwoven is designed to withstand the physical stresses of expansion and contraction during battery operation without degradation.
High Energy Density
Our electrode materials enable the storage of a large amount of energy in a small volume or mass.
Compatibility with Electrolyte
Materials can be selected to aid compatibility, ensuring that the electrode materials do not react adversely with the electrolyte.