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9 Most Important Applications of Graphene

  • Writer: Suri
    Suri
  • Mar 27, 2018
  • 2 min read

True to the words of most material physicists, graphene is set to become one among the most revolutionary scientific discoveries of all time. Although the development of this material is still in its formative years but possible applications include gas sensors, electronic semiconductor components and touchscreen among other applications.


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Below are some notable uses of this powerful material.


Graphene is impervious in nature and with its molecular contact with gases makes it a powerful candidate for use in gas detection equipment.


Since it is inert in nature, it holds great potential for development of acid and alkali resistant coatings.


Graphene is a material with ability to produce the thinnest single atomic lattice and with good optical properties; it means it can do well in terms of acting as a support membrane for electronic coatings.


Carbon Nanotube a substance made from graphene could be used in body armors, sports equipment, fire protection, bridges, space elevators and concretes.


It is used to improve efficiency in fuel cells, batteries and other energy storage gadgets.


It will help in the manufacture of flexible visual devices like personal computers, smartphones and televisions. Moreover, it will help in the production of digital devices which can easily be embedded onto any flat, curved or shaped surface.


With graphene, you will never have to worry about crushing your phone as those that use this property as their conductor could be mounted onto glass and not plastic meaning the result will be super thin and unbreakable touchscreens.


Graphene offers a large surface area, thinness, strength and high electrical conductivity; it makes it perfect for the development of fast and efficient sensory device with ability to monitor hemoglobin, glucose, and cholesterol levels.


Graphene coating can be used in the measurement of strain level while at the same time notifying the pilot of any changes in the stress levels that the aircraft wings could be undergoing.


A considerable number of commercial applications of all these applications are probably still years away, however, the possible uses of graphene are too significant for it to have created an interest and a noteworthy wave of research. Taking into account all these beneficial properties, the probable uses of graphene are amazing and for now, we can only sit, watch and wait for this amazing wonder material to help us in building more advanced technologies, and also bring forth a powerful revolution in different disciplines.


Please visit http://www.samaterials.com for more information.

 
 
 

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Stanford Advanced Materials

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