PEG@GO

PEG@GOProduct Name NamePEG@GO Product Overview Graphene oxide (GO), as an emerging two dimensional inorganic nanomaterial, has been widely used in the preparation of functional materials due to its physical and chemical properties. GO itself has rich functional groups, making it easy to modify and attach branches. After modification and functionalization, GO derivatives with specific structures and rich compositions can be obtained. After amination

Product Name

^{Name：PEG@GO}

^{Product Overview}

^{Graphene oxide (GO), as an emerging two-dimensional inorganic nanomaterial, has been widely used in the preparation of functional materials due to its physical and chemical properties. GO itself has rich functional groups, making it easy to modify and attach branches. After modification and functionalization, GO derivatives with specific structures and rich compositions can be obtained. After amination modification, the surface charge and properties of graphene oxide undergo changes, greatly expanding its applications. Aminoization enhances surface activity: The presence of amino groups significantly increases their surface chemical activity, allowing them to interact more actively with other substances.}

^{In addition, amino groups can serve as reaction sites, facilitating subsequent chemical modification and functionalization to meet different application requirements.}

^{Technical Parameter}

^{Diameter:190-320 nm}      

^{Concentration:5 , 10 mg/ml}

^{Solvent：water}

^{Product Features}

^{Biocompatibility: Due to the introduction of functional groups such as polyethylene glycol (PEG), aminated graphene oxide has good biocompatibility and is suitable for biomedical applications such as drug delivery and bioimaging.}

^{Dispersion: The introduction of amino functional groups can enhance the dispersion of graphene oxide in organic solvents and aqueous phases, prevent its aggregation, and improve its stability in various media.}

^{Chemical reactivity: Amino functional groups can also enhance the chemical reactivity between oxidized graphene and other substances, facilitating further functional modification.}

^{Multifunctionality: Aminofunctionalized graphene oxide can be combined with other materials such as metal nanoparticles, polymers, etc., for the preparation of composite materials with specific properties, such as sensors, catalysts, etc.}

Application Fields

^{Biomedical: As a drug carrier, aminated graphene oxide can load drug molecules and achieve targeted delivery; Meanwhile, its excellent biocompatibility also makes it have potential applications in fields such as biological imaging.}

^{Materials Science: In the field of composite materials, aminated graphene oxide can be combined with other materials to improve the mechanical properties and functional characteristics of composite materials; In addition, its excellent conductivity and thermal conductivity also make it have application prospects in fields such as electronic devices and energy storage.}

^{Environmental protection: By utilizing its excellent adsorption performance, aminated graphene oxide can be used in fields such as water treatment and air purification to remove pollutants such as heavy metal ions and organic matter from water.}

^{Related Information}

^{Please e-mail for the detailed characterization data.}

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