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Graphene is one of the most remarkable and exciting materials to ever exist. It is an allotrope of carbon which in the form of a honeycomb, becomes a lattice that is throughout the industry known as graphene. It is very much renowned as it exhibits properties that are highly remarkable and authentic for example exceptional surface area, good thermal conductivity, good density, etc. All these properties when combined make up a great product that is graphene and then further used for differe …

Graphene is the newborn superstar of materials sciences. Hence the characterization, classification, production, and utilization of graphene and graphene based products have been at the center of attention in the last few decades. The potential properties of this wonder material have been theorized and simulated in several different studies. However, achieving these properties has been a challenge due to the problems in achieving pristine graphene flakes. The production process of gr …

Graphene is a material obtained by exfoliation of graphite. It consists of carbon atoms arranged in a hexagonal pattern and forms sheets as thin as atoms. Graphene has, among other characteristics, to be an extremely effective water filter. A graphene water filter is very effective. The graphene water filter is considerably more efficient than water filters on the market since the quantity of pure water that this new type of filter can produce is 8 to 9 times greater than that of com …

In recent years, there have been growing interests toward elastomeric materials to be used in a multitude of different applications. The conventional rubber material could not meet the ever-increasing demand of applications; thus it is very important to develop innovative multifunctional rubber-based composites.Among the many graphene-based products, various graphene companies offer graphene enhanced rubber composites for tires as shown in Figure 1. IntroductionCompanies claim that graphene …

The idea of magnetic graphene has been fantasized over since the discovery of graphene. But, is it really possible to achieve magnetic properties with graphene? Several routes have been followed to achieve this goal such as topological frustration, structural defects, twisted bilayered graphene structures, proximity induced magnetic properties, and twisted bilayered graphene structures. IntroductionEven though these methods still require further development, the studies show that it i …