Boron doping reduced graphene oxide powder

Boron doping reduced graphene oxide powderProduct Name Name: Boron doping reduced graphene oxide powder Product Overview Boron doped reduced graphene oxide powder is a specially treated graphene material that introduces boron element into graphene and removes most of the oxygen containing functional groups in graphene oxide through a reduction process, thereby obtaining unique physical and chemical properties. Technical Parameter Diameter: 0. 5 10 m TEM nm:C nm B content:~2. 22% XPS

Product Name

^{Name:Boron doping reduced graphene oxide powder}

Product Overview

^{Boron doped reduced graphene oxide powder is a specially treated graphene material that introduces boron element into graphene and removes most of the oxygen-containing functional groups in graphene oxide through a reduction process, thereby obtaining unique physical and chemical properties.}

^{Technical Parameter}

Diameter:0.5-10 μm   TEM

nm:¡ãC   nm

B content:~2.22%     XPS

Appearance:Black   powder

Note：XPS is single measurement data, and different batches are allowed to fluctuate.

^{Product Features}

^{Excellent conductivity: Boron doping can significantly improve the conductivity of graphene, making it have lower resistivity and higher carrier mobility.}

^{Enhanced electrochemical performance: Boron doping can increase the electrochemical active sites of graphene, improve its electrochemical stability and reactivity, and thus have broad application prospects in lithium-ion batteries, supercapacitors, and other fields.}

^{Expanded specific surface area and porosity: During boron doping, more defects and pores may be generated, thereby expanding the specific surface area and porosity of graphene, which is beneficial for applications such as adsorption and catalysis.}

^{Good biocompatibility: Boron doped reduced graphene oxide powder also has certain potential applications in the biomedical field, such as as as drug carriers, biosensors, etc.}

Application Fields

^{Energy storage: used as electrode materials in lithium-ion batteries and supercapacitors to increase energy density and power density.}

^{Catalytic field: As a catalyst carrier or catalyst itself, it improves catalytic efficiency and selectivity in chemical reactions.}

^{Biomedical: Used in biomedical fields such as biosensors and drug delivery systems.}

^{Environmental Protection: Used as an adsorbent or catalyst in environmental protection fields such as sewage treatment and air purification.}

^{Related Information}

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

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