TUBALL™
graphene nanotubes: advancing materials

🦾 Can a prosthetic hand interact with a smartphone touch screen without complex electronics?
With TUBALL™ graphene nanotubes, even basic prosthetic hands can become touch-screen compatible!
Nanotubes make silicone fingertips electrically conductive while preserving their softness, flexibility, and durability.
💡 The result? Functional, more affordable prosthetics that make everyday technology more accessible.

🔗 Discover how: https://lnkd.in/dRWuDb3E

#GrapheneNanotubes #TUBALL #Prosthetics #MedicalInnovation

⚡ Can we turn waste heat into electricity?
Researchers from Indian Institute of Technology Jammu and Leibniz Institute of Polymer Research Dresden are exploring new possibilities for flexible energy-harvesting devices using TUBALL™ graphene nanotubes.
By combining TUBALL™ with MXene and polyurethane, they developed a flexible thermoelectric module capable of converting temperature differences into electricity, generating up to 0.95 mW of power.
🔬 The research highlights the potential of graphene nanotubes for next-generation wearable electronics and energy-harvesting technologies.

Read the full article: https://lnkd.in/d6DcqqFN

#TUBALL #GrapheneNanotubes #Nanotechnology #EnergyHarvesting