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GR0398 Graphene Nanopowder: Diameter ~5um Maximize

GR0398 Graphene Nanopowder: Diameter ~5um

Catalog No.GR0398
Size5um
Purity>99%
ColorBlack
Specific Surface Area200 ~ 1000 m2/g

We provide high quality Graphene nanopowder with extremely high surface area. Our Graphene flakes usually have 1-8 layers and an average thickness of less than 1 nm. Various dispersions of our Graphene nanoplates are available upon request.

Related Products: Graphene Nanopowder: Diameter 100nmGraphene Oxide Nanopowder: Thickness 0.7~1.2nm.

More details

Description of Graphene

Graphene is one of the most heavily-researched nanopowders on the market today, with its exceptional potential in medicine and related fields uncovered recently. SAM produces dispersion, or solution-based products, for customers requiring single layer Graphene. The single-layer ratio could be improved significantly, with the majority of the product consisting of double-layer or triple-layer Graphene, when the Graphene Nano-sheet is dispersed in solution. 

Below are SEM (Scanning electron microscope) image and spectrometries of our graphene nanoparticles

SEM Micrograph

Graphene - SEM

XRD (X-ray Diffraction):

X-ray Diffraction of Graphene

Raman (Raman Spectroscopy)

Raman Spectroscopy of Graphene

 

Application of Graphene 

Graphene is the thinnest material known and the strongest ever measured. It also conducts electricity and heat better than most material materials and has an extremely large surface area. Applications for Graphene include battery manufacturing, semiconductor industry and water treatment.

* Graphene can be used to manufacture medical equipment, such as biosensors, diagnostic equipment, microbiological detectors, DNA sequencing tools, etc.
* Graphene can be used in solution to produce contrast agents for photoacoustic and thermoacoustic imaging.
* Graphene is a safe and effective enhancer in various composite materials for bone tissue applications.
* The interaction of graphene nanoparticles with cancer cells has suggested many potential cancer drug delivery pathways.



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