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Graphene Oxide has a hexagonal uniformity that is regarded to have a 2D structure. It has high tensile strength as well as conductivity, followed by its layered pattern. It is available in different forms, including sheets, pastes, dispersed solutions, and powers.
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Graphene is an allotrope of carbon that was reported first in the year 2004. This material possesses magnificent properties of elasticity, strength, thermal conductivity, and electrical conductivity. Graphene has its wide usage in conductive adhesives, supercapacitors, super-batteries, and conductive inks. Graphene Oxide has a hexagonal uniformity that is regarded to have a 2D structure. It has high tensile strength as well as conductivity, followed by its layered pattern. It is available in different forms, including sheets, pastes, dispersed solutions, and powers. Single-layer graphene oxide with superior optical and chemical properties. In addition to its use as a precursor to graphene, graphene oxide can be used in a variety of applications from surfactants, photonics, and optoelectronic devices to water filtration and protective coatings.
Characteristics of Graphene Oxide: • Graphene Oxide can be produced with the use of graphite with different chemical methods, which provides a high production as well as cost-efficiency. • Another trait of Graphene Oxide is its dispersibility in water. This material can also form strong aqueous colloids for gathering macroscopic structures along with its economical solution processes. • Even though the surface of Graphene Oxide carries some defects, the entire size of unit cells is quite similar to graphene. Consequently, Graphene Oxide is an oxidized form of graphene, consisting of different oxygen-containing groups. • Followed by the presence of functional groups, Graphene Oxide has a lower elasticity. Also, its young’s modulus depends on the molecular structure and operationalization of the functional groups.
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Applications of Graphene Oxide: • Electrode Material Having a higher surface area makes Graphene Oxide Powder ideal for electrode material for solar cells, batteries, and capacitors. • Water Purification Graphene Oxide Membrane has a high water permeability as well as stability. It adds the reliability of the material for water treatment. • Electronics Graphene Oxide has its wide usage in electronics, including electrical sensors, field-effect devices, flexible electronic materials, and transparent conductors. • Optics The properties of graphene Oxide have paved the way for its future applications in different areas, including nonlinear optical materials, fluorescence quenching, and optical sensing.
Bio Applications • Graphene Oxide is used for detecting DNA, enzymes, as well as, biomolecules with high selectivity and sensitivity. Its fluorescent trait makes it capable of use for detecting disease. • Enhancer • Graphene Oxide can be easily merged with other composite materials to enhance their features. These traits include tensile strength, elasticity, and conductivity.
Graphene Oxide has a comprehensive usage in several fields. Apart from the above-stated applications, it can be also be used in optoelectronics that consists of photovoltaic and light-emitting devices. Its other uses include pollutant removal, biofunctionalization, and supercapacitors. Graphene Oxide Powder comprises dispersible graphene sheets with low oxygen content along with a higher surface area. This material is available to meet the particular requirements and also in bulk quantities, depending upon the need.
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