Applications
What’s next.
One material,
applications we have
not written yet.
Heating, sensing and energy storage all come from the same 3D porous pure carbon nanomaterial. That combination keeps producing applications nobody planned for - and we would rather explore them with you than guess.
Where Gii is used
Where the conversations are heading
Five directions our development partners are currently pushing Gii towards.
Fully Integrated Cartridges
Heating, sample prep, detection and power grown onto one disposable device on a single process line.
New Detection Chemistries
Emerging biomarker classes and aptamer chemistries that need a cleaner, higher surface area electrode.
Printed Electronics
Surfaces that heat, sense and store energy as part of the material rather than as attached components.
Sustainable Alternatives
Replacing metals and rare materials in electrodes with a 3D pure porous carbon material grown in the UK.
Your Application
Most projects begin with a target and a constraint that no existing product solves. That is the right starting point.
Why
.
One material, three capabilities, one manufacturing route
Sense, heat and store
The same Gii structure serves as an electrochemical electrode, a heating element and a battery electrode.
Prototype to production
Feasibility work runs on the same specification that later scales through our reel-to-reel manufacturing.
Applications support
Our team works alongside yours on assay, thermal and integration questions as you evaluate and develop with Gii.
Next step
Go deeper on the technology
Applications point the way; the platform pages hold the technical detail and supporting evidence.
Microheaters & Thin Film Heating Elements
Performance data, element geometries and co-integration options.
Learn more
Multi-analyte Sensing
Electrode arrays, surface chemistry options and characterisation data.
Learn more
Flexible Printed Batteries
High surface area Gii electrodes for thin, flexible, printed power sources.
Learn more