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Graphene is the strongest, thinnest and most conductive material known to man. With such remarkable properties, it is no wonder that graphene enables exciting new applications in electronics, energy, medicine, aerospace and many more markets.

Recent graphene News

Graphene Flagship launches Airbus-Backed Project for graphene-based thermoelectric ice protection systems

The Graphene Flagship has announced the GICE Spearhead Project - development of a graphene-based thermoelectric ice protection system, that will aim to advance the technology readiness of graphene in such applications.

If ice accumulates on the wings, propellers or other surfaces of an aircraft, control can be dangerously inhibited. Thermoelectric ice protection systems prevent this from happening, using an ultra-thin conductive coating layer to generate heat when current is applied. The GICE project will attempt to use graphene to improve existing technology for this application.

Inov-8 adds graphene to its X-Talon range of footwear

The collaboration between the University of Manchester and British sportswear brand Inov-8, which started in 2017 and has already produced the G-Series range of graphene-enhanced shoes and a pair of hiking boots which utilize graphene, has now expanded even further.

Inov-8's new graphene-enhanced shoes image

Since launching in 2008, the X-Talon has been Inov-8’s best-selling off-road footwear collection. Now, the brand announced that they have evolved the range with the graphene-enhanced X-Talon G 235.

Graphene Flagship partners develop a graphene-titania photocatalyst that gets rid of NOx pollutants

Graphene Flagship partners the University of Bologna, Politecnico di Milano, CNR, NEST, Italcementi HeidelbergCement Group, the Israel Institute of Technology, Eindhoven University of Technology, and the University of Cambridge have developed a graphene-titania photocatalyst that degrades up to 70% more atmospheric nitrogen oxides (NOx) than standard titania nanoparticles in tests on real pollutants.

To address the problem of atmospheric pollution, researchers worldwide are on the hunt for new ways to remove pollutants from the atmosphere, and photocatalysts such as titania are a good way to do this. When titania is exposed to sunlight, it degrades nitrogen oxides – which are very harmful to human health – and volatile organic compounds present at the surface, oxidizing them into inert or harmless products.

Graphenea launches highly flat monolayer graphene on copper thin film

Graphenea has announced the launch of a new product – highly flat monolayer graphene. The graphene is grown by CVD on copper thin film on a 2” sapphire substrate. With extremely low roughness that is less than 4 nm, this new product is targeted at applications in photonics, high-performance electronics, magnetic memory, and freestanding membranes.

Graphenea's new flat monolayer graphene on copper thin film image

The product aims to meet wafer-scale integration requirements to build uniform graphene devices in a fashion compatible with current industrial fabrication methods. The flat graphene product is ready to be transferred by electrochemical delamination or dry methods since the sapphire substrate is robust enough to withstand mechanical damage, preventing tearing and wrinkling of the thin Cu sheet. The total wafer thickness is 430 micrometers. Full product information can be found in Graphenea's online store.

NanoEDGE: German-Israeli collaboration to develop wearable electronics for mental disorder diagnosis and functional restoration

The NanoEDGE BMBF-Project, coordinated by the Fraunhofer Institute for Biomedical Engineering IBMT, aims at the development of a graphene-based ink for inkjet printing and a scalable printing process as well as a resource-efficient process chain for the production of electrodes for direct skin contact.

Printed test electrodes in the NanoEDGE project imagePrinted test electrodes in the NanoEDGE project

The development of a graphene-based ink is based on a commercial graphene ink. Ink modification was necessary to make it printable. Ethanol is added to avoid bubbles and to decrease the surface tension of the ink. Carbon nanoparticles are added to improve abrasion resistance of printed structures. A surfactant is added to improve printability and to increase the conductivity and surface smoothness of printed structures.

Versarien enters commercial partnership with textiles company MAS Innovation

Versarien LogoAdvanced materials company Versarien recently shared that it has signed a commercial partnership agreement with textile-sector company MAS Innovation. The agreement followed a letter of intent between the parties, which set out their intent to enter into a formal commercial partnership.

The agreement specifies the terms under which the parties would secure commercial orders for garments developed using Versarien's proprietary graphene ink materials. It allowed both parties to finalize additional contractual terms with third party brands.