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Catalog	name	Description	price
R-C-6536	Porous graphene	Porous graphene is an excellent electrode material for trace level quantification of environmental toxins. Porous graphene is applied in the form of nanomesh graphene,crumpled graphene,and graphene foam. Porous graphene monolith provides the better interaction of the electrolyte and analyte to the electrode surface.	price>
R-C-6537	Large diameter graphene oxide sheet	The Large diameter graphene oxide sheet can be used for applications such as adsorption,separation, catalysis,solid-phase extraction,detection,and sensors.Due to the influence of ultrasound power and time on the size of graphene oxide flakes,prolonged ultrasound is not recommended.Store in a dry and dark place,with a storage temperature not exceeding 20 ℃.When dispersing solids,the temperature should be controlled below 20 ℃.The maximum storage period before opening is 6 months.	price>
R-C-6538	Graphene Oxide	The monolayer rate of graphene oxide(GO)is as high as 99%,and the interlayer spacing is about 1nm. Fresh GO samples are brown in color, rich in oxygen-containing functional groups,and have good water solubility.Generally,after 2 hours of 700W ultrasound,a uniform water dispersion can be obtained,with good film-forming properties and excellent adsorption of single stranded DNA.They can be widely used in fields such as electrochemistry,biology,humidity sensing,fluorescence quenching,and heat dissipation, providing great convenience for scientific researchers.	price>
R-C-6539	Staudenmaier Method of graphite oxide powder	The Staudenmaier method is a chemical oxidation method used to prepare graphite oxide powder.This method involves using a series of strong oxidants and acids to oxidize graphite,thereby producing graphite oxide.The Staudenmaier method typically involves the use of ammonium sulfate (NH4HSO4), nitric acid (HNO3),and chlorine containing oxidants such as potassium chlorate (KClO3).	price>
R-C-6540	Boron doping reduced graphene oxide powder	Boron doping reduced graphene oxide powder,The boron doping of graphene also promotes excellent electronic properties by the tunability of the energy bandgap and electrical conductivity.B-rGO was initially synthesized using boric acid via the microwave-assisted hydrothermal technique.The structural and morphological studies of the synthesized B-rGO were then performed using the FESEM,FTIR,XPS, Raman,and XRD techniques.	price>
R-C-6541	Vitamin C Reduced Graphene Oxide	Vitamin C reduced graphene oxide finds applications in various fields,including energy storage devices, sensors,composites, and biomedical applications.The use of vitamin C as a reducing agent offers a mild and environmentally friendly approach to reduce graphene oxide and produce reduced graphene oxide with improved properties.	price>
R-C-6542	Tea polyphenol reduced graphene oxide	Tea polyphenols can effectively reduce oxidized graphene,which not only utilizes the reducibility of phenolic hydroxyl groups in tea polyphenols,but also undergoes surface non covalent modification of the obtained graphene.The anti thrombotic properties of tea polyphenols and the large amount of negative charge they carry neutralize the charge of positively charged graphene oxide,thereby reducing it to graphene.This process greatly reduces the toxic effect of graphene oxide	price>
R-C-6543	Graphene oxide film (Filtering method)	Graphene oxide membranes have a large specific surface area, good hydrophilicity, microporous structure, and a large number of functional groups,making them widely used in water treatment. Removal of heavy metals.The removal mechanism includes size screening,charge effect,and adsorption.Antibacterial.The mechanism is that the nano edges of graphene oxide can penetrate the cell membrane and cause cell death,based on which the graphene oxide membrane may have dual anti fouling properties of both hydrophilicity and antibacterial properties	price>
R-C-6544	Nitrogen-doped graphene sheet spherical mixture	A mixture of graphene flakes and spheres implies the presence of a combination of flake and spherical structures in the material.This mixture may be composed of nitrogen doped graphene and other forms of carbon materials or graphene,forming a mixture of different forms of carbon structures.Such nitrogen doped graphene flake spherical mixtures may have various unique properties and application potential, such as important applications in the field of electrochemistry,sensors,catalysts,and energy storage systems.	price>
R-C-6545	Nitrogen-doped reduced graphene oxide power	Nitrogen-doped reduced graphene oxide(N-doped rGO)is a modified form of reduced graphene oxide where nitrogen atoms are incorporated into the graphene structure.This doping can enhance several properties of graphene,such as electrical conductivity,catalytic activity,and chemical stability,making it useful in various applications including energy storage devices,catalysis,and sensors.	price>
R-C-6546	Carboxylated reduced graphene oxide power	Carboxylated reduced graphene oxide(C-rGO)is a material prepared by introducing carboxyl groups(- COOH)onto graphene oxide(GO)and reducing its structure.This material has rich surface functional groups and good conductivity,and is widely used in biomedicine,electrochemical sensors,and other fields.	price>
R-C-6547	Sulfonated reduced graphene oxide powder	Sulfonated graphene oxide powder is not a functional fossil egg material, but a reduced oxidized stone with sulfonyl-SO3H functional groups on its surface,which is synthesized by reacting the oxidized stone with acid or sulfonic acid Realized through chemical reactions.	price>
R-C-6548	Hydroxylated graphene powder	Hydroxyl fossil graphene materials can be combined with cement to improve the compressive strength of their composite materials;It can also be used as a thermal filler to composite with rubber materials and improve their thermal conductivity.Meanwhile,hydroxylated graphene materials can be used as anti-corrosion coatings to improve the corrosion resistance of equipment.	price>
R-C-6549	Megnetic Graphene Oxide dispersion (positive potential) 5 mg/ml	Magnetic graphene oxide is composed of graphene oxide loaded with magnetic Fe3O4 nanoparticles, which has magnetic responsiveness and catalytic properties.Therefore,it can be used for magnetic separation of biomolecules,as a simulated enzyme for biocatalysis,environmental pollution treatment, doping polymers,and other construction of composite materials.	price>
R-C-6550	Megnetic Graphene Oxide powder	Magnetic graphene oxide powder is a type of graphene oxide particle with magnetic properties.Usually, graphene oxide is combined or doped with magnetic materials(such as ferrite)or magnetic dopants(such as iron,nickel,etc.)to endow graphene oxide with magnetic properties.	price>
R-C-6551	Laser Scribed Graphene (LSG)	Laser scribed graphene (LSG) is a technique used to create graphene-based structures by selectively irradiating a precursor material, such as a polymer film, with a laser beam. The heat generated by the laser ablates the carbon atoms in the precursor material, leaving behind a patterned graphene structure.	price>
R-C-6552	Carboxylate Graphene Dispersion Chip diameter<500 nm 2 mg/mL	A diameter less than 500 nanometers indicates that the diameter of carboxylated graphene oxide flakes in this dispersion is less than 500 nanometers.This small size gives these graphene oxide sheets a larger specific surface area,which is beneficial for improving their application performance in coatings, composite materials,sensors,and other fields.	price>
R-C-6553	Carboxyl graphene oxide powder	Carboxylated graphene oxide powder is a type of graphene oxide material in the form of powder with carboxyl (-COOH) functional groups on its surface.The introduction of these carboxyl functional groups can improve the dispersibility of graphene oxide and enhance its compatibility with other materials.It is commonly used in various applications such as coatings,composite materials,polymer enhancers, catalysts,and biomedical fields.	price>
R-C-6554	Fluorinated Graphene	Fluorinated graphene has the characteristics of reduced surface energy,enhanced hydrophobicity,high temperature resistance,and stable chemical properties.It can be used as a tunnel barrier or as a high-quality insulator or barrier material.It can also be used in light-emitting diodes and displays,and has broad application prospects in fields such as interfaces,new nano electronic devices,and lubricating materials.	price>
R-C-6555	DSPE-PEG-Hyd-MAL	DSPE-PEG-Hyd-MAL is a bioactive polymer commonly used in the fields of biomedical and nanomedicine. This molecule is commonly used as a modifier on the surface of nanoparticles to improve the stability, solubility, and targeting of nanocarriers.Hyd MALs refer to hydrazide aleimides,which are mainly used in chemical reactions for biomarkers and covalent conjugation.	price>

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