Metal corrosion is an important and often costly problem in many branches of industry. Standard anticorrosion coatings need to be relatively thick. Graphene, in contrast, could prevent oxygen and water from reaching a metal surface with only a negligible coating thickness. However, it is semi-metallic and could even accelerate electrochemical corrosion by forming a circuit with the metal. These two contradictory properties need to be better understood to develop useful graphene coatings for metals.
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Revealing a new production process, scientists at UCLA have used light and heat to synthesize graphene nanoribbons. In their search for a material with great semiconductivity at ambient temperature, scientists have known for many years that carbon nanotubes have a large ballistic conductivity capability, that is to say with negligible electric resistivity.
The physical foundation for invention is materials. New innovations in materials enable the development of new products never thought possible. Graphene is the material that will make many 21st century tech, medical and industrial innovations possible. Graphene is a newly discovered carbon-based material that has unique properties at the atomic level. The physical science behind it would take a while to describe but the possibilities for advancing technology are great. Because of the atomic structure and strength of this material, it is a better conductor than copper, currently used in semiconductors. In fact, at only one atom in depth, graphene is the fastest, smallest, strongest and lightest material yet discovered.
Cecorelax launched a pillow made from memory-foam enhanced with graphene particles, called the “Graphene Memory Foam Pillow”. Cecorelax says that the pillow helps maintain body temperature during the night, and is highly resistant, light and flexible.
Graphene was first isolated in 2004 in Manchester, UK. As James Baker at the NGI noted, 2017 was the year it became a teenager. Read on to take a look at what this thirteen-year-old miracle material has done and what it might be capable of in future…
Graphene is currently commercially made from graphite. This creates tiny pieces of material called nanoplatelets. Such is the exceptional nature of the material that these very small pieces can confer performance improvements in a range of materials. Here are a few of the topics we covered.
One day this past September, I found myself on a shuttle bus heading 20 minutes outside the center of Barcelona to the Institut de Ciencies Fotoniques, or ICFO (Institute of Photonic Sciences).
After five years of covering the groundbreaking photonics research coming out of this relatively small research institute nestled in the northeast corner of Spain, I figured it was time to visit the people and the facility that has had everyone buzzing since its participation at the 2016 GSMA Mobile World Congress. At this event, held in Barcelona that year, the world’s mobile network and device companies recognized that ICFO was offering a potential solution to a technological showstopper to the rollout of 5G networks: data centers that consume too much energy and don’t offer enough bandwidth.
Ghostek announced a new graphene-based headphones, the Rapture Wireless Headphones. Ghostek says that the Rapture uses 40 mm graphene drivers to deliver a “Next-Level HD Audio Experience”. Other features include Bluetooth 4.1+EDR, aptX Audio Technology, soft protein leather ear cups, a 3.5mm audio jack input, built-in HD microphone and a LED battery status.
A new graphene-based fast charging USB-C battery pack has started its crowdfunding quest on Kickstarter. At the time of writing, the campaign already raised $48,860, much more than the pledged $10,000 goal. Describing itself as the world’s first portable USB-C power bank which works using graphene-based composite packs, it is smaller than many power packs available on the market, and promises to be able to recharge in just 20 minutes.
They claim to have developed a novel aluminum-graphene battery that is more cold-resistant, can work in temperatures ranging from -40 C to 120 C and is less flammable.
2017 is over – and it was a good year for the graphene industry. More and more graphene-enhanced products are launched on the market in many industries – including sports equipment, sensors, audio, energy and more. Production capacity is increasing, prices are going down and it seems that graphene is finally starting to fulfill its promise.

