The Nature of Graphene and Its Uses

Graphene is an incredible resource with a wide variety of uses in modern technology. From lightweight and flexible computer screens to solar cells, graphene is a multi-purpose material that should not be taken for granted. Continue reading to learn how graphene allows us all of the technological luxuries we enjoy today.

What Is Graphene?

It is easy to say that without graphene we wouldn’t have been able to make a significant portion of the technological wonders that fill our world today. Unlike other elements, graphene is produced by graphene production companies scattered across the globe.

Graphene is a kind of carbon called an allotrope that contains a single layer of carbon atoms which are organized in a hexagonal form. Other similar allotrope carbons include graphite, charcoal, and carbon nanotubes.

Graphene is an unusual substance, in that it is one of the most durable materials in the world, can carry an electric current, and is practically see through. Graphene was first found in 1962 but wasn’t utilized until 2004.

What Is Graphene Used For?

Graphene is a genuinely remarkable material that allows for the creation of many technological innovations. Graphene manufacturers are continually working to produce more of this miracle substance as it has a wide range of applications.

Beyond the widely known uses in things like smartphones, and circuit boards, graphene has been used for medical purposes as well. Graphene has been used to create sensors in the body that can help medical professionals catch cancers before they can fully develop.

Graphene has been used to create more than just sensors for the body, but there have been strides made in creating nanobots with graphene. These nanobots have wide-ranging medical implications and could revolutionize the field.

Graphene is considered the thinnest material in the world and has a high electrical conductivity rate. As a result, graphene has been used in batteries to allow them to store more energy and charge far faster than predecessor battery materials. Recent studies have shown that graphene could also be used to turn CO2 into electricity, potentially providing us another way of reversing the effects of climate change.

Graphene: The Revolutionary Material

Graphene is undoubtedly a miracle of the modern technological world. With so many applications, and so much research still being done on the material, graphene production companies have their work cut out for them. As long as we still use electronics, and until we find another more conductive material, graphene will continue to be our material of choice for creating more technological marvels.

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