One material. Many industries.
The unique geometry of graphene - one atom thick, hexagonally bonded, naturally conductive - translates into transformative performance across radically different sectors.
Batteries, supercapacitors, fuel cells.
Enhances charge density and cycle life in lithium-ion batteries, dramatically increases energy density in supercapacitors, and improves fuel-cell electrode performance.
Cement and concrete enhancement.
Graphene oxide additions to cement mixes deliver dramatic increases in compressive and flexural strength while reducing capillary porosity.
Polymer and composite reinforcement.
Strengthens plastics, metals, and ceramics while reducing weight. Critical for aerospace components, automotive lightweighting, and high-performance sporting goods.
Conductive inks, anti-corrosion coatings.
Conductive inks for printed electronics, anti-corrosion barrier coatings for marine and industrial use, and functional surface treatments.
Heat dissipation in compute and power electronics.
Conducts heat better than copper. Used in heat spreaders for laptops, smartphones, LEDs, and high-power industrial electronics where thermal management is critical.
Sensors, smart devices, EMI shielding.
Single-atom-thick sheets provide unmatched sensitivity for sensor applications, while flexible conductive layers enable wearable and foldable electronics.
Desalination membranes, advanced filtration.
Graphene oxide membranes filter at the molecular level - a step change in desalination efficiency and the ability to purify contaminated water sources.
Industrial greases, additives.
Graphene-enhanced lubricants provide superior thermal stability, load resistance, and anti-wear performance in demanding industrial and automotive applications.
Don’t see your sector?
Graphenera material is being deployed in fields we haven’t yet listed. If you’re investigating an application, we’d like to hear about it.
Discuss your application