Thin and conformable
Gii is grown on flexible substrates, so cells can bend and conform to the device rather than dictating its shape.
Applications
Flexible printed batteries
Wearables, smart packaging and single-use medical devices need power sources that are thin, flexible and safe. Gii's conductive 3D pure carbon structure is a strong current collector and electrode material for printed cells.
Supercapacitor performance
The same structure supports high power density supercapacitor formats for pulsed loads such as wireless transmission.
Flexible battery product photography
Connected
Explore related
Flexible printed battery electrodes
Gii grown on flexible substrates gives printed energy storage designers a high surface area, highly conductive electrode with no binder and no metal foil.
The technology behind Gii
How Gii 3D pure carbon foam is grown and why its structure performs.
Manufacturing
Scale-up and volume supply from iGii's UK facility.
Talk to our team
Tell us what you are building and we will map Gii to your application.