4 Amazing Characteristics of Graphene |
Posted: June 9, 2019 |
More and more people are discovering the awe-inspiring potential of graphene, an incredible material that could open the doors to a whole new world of innovation and inventions. Essentially, graphene is a semimetal that is a two-dimensional allotrope of carbon. Despite being a relatively new discovery, graphene is quickly taking off, with professional graphene production companies busy and bustling as the future looks bright for this industry. Here are four fantastic characteristics of graphene you may find interesting and even surprising! ThinAs graphene production companies and graphene manufacturers would proudly tell you, graphene is the thinnest material known to humans at this point in time. Graphene was formed by ripping layers of graphite into thinner pieces using sellotape, similar to the sticky tape you probably use in your home or office often. In fact, graphene is thinner than paper, which means it could be used for a wide variety of applications, from cell phone screens to transportation tools and so much more. ConductiveAnother thing you must know about graphene is that this ultra-thin material is an exceptional conductor of electricity. Engineers, scientists and more are astounded by just how conductive graphene is, as this material allows for electricity to travel at an extremely fast speed of a million metres per second. If you're in the market for a highly conductive material that can be used for a range of applications, graphene may be the answer you've been searching for. ElasticPlus, graphene is amazingly elastic as well, considering it's strength and width. Unlike similar materials, graphene can change elasticity based on the force applied. It's two-dimensional, and it can be elastic and moveable when need be. There are a lot of possibilities for graphene, and it seems like scientists will continue to implement graphene and discover new uses for this highly elastic material. DurableOf course, a material with as great of a reputation as graphene needs to be superbly strong as well. Luckily, graphene is referred to as "stronger than steel." Graphene can handle a huge amount of force with ease, as it's more than 200 times stronger than the steel that makes up so many buildings, bridges and more. Even with this strength, graphene is so lightweight and thin, much more so than other materials. This just goes to show how amazing graphene can be, as graphene production companies work to unlock and uncover the true potential of this material.
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