Battery films

Graphene anode:
GTSA film is flexible and lightweight, making it ideal for integration with flexible electronic components.

Creating economic value:
Graphene can be used as a material for the anode (negative electrode) of a battery, particularly in lithium-ion batteries. Graphene can also be used as a support for active anode materials, improving lithium storage capacity and cyclic stability.

Graphene cathode:
Although less common, graphene can also be incorporated into the cathode (positive electrode) of certain batteries to improve electrical conductivity and chemical stability.

Graphene solid electrolyte:
Graphene can be used to enhance the properties of solid electrolyte in batteries, improving ionic conductivity and thermal stability.

Current collection electrode :
Graphene can be used as a material for current-collecting electrodes in a battery. Its high conductivity and high surface area make it suitable for ensuring efficient current transfer between electrodes and battery terminals.

Protective coatings:
Graphene can be used as a protective coating to improve the chemical and mechanical stability of electrodes and prevent the formation of dendrites, which can extend battery life and improve safety.

Redox flow batteries:
In redox flow batteries, graphene can be used as a material for redox electrodes, improving chemical reactivity and overall battery performance.

Hybrid supercapacitors:
Hybrid supercapacitors, which combine features of batteries and supercapacitors, can incorporate graphene in the electrodes to improve energy storage capacity and energy density.