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Graphene NanoPowder 11-15 nm

Graphene NanoPowder 11-15 nm

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Product Name Graphene NanoPowder 11-15 nm
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Product Code Np-Ag-0544DX
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Graphene NanoPowder (C,  11-15 nm)

Graphene Nanopowder/ Nanoparticles 1-5nm
Exfoliated Graphene Nanopowder, Platelets, Pristine
Graphene Appearance: Black powder
Graphene Thickness: 11-15 nm
Graphene Average Particle Diameter: 15 micron
Graphene Surface Area: 50-80 m2/g
Carbon: 99.5+%
Electrical Conductivity (siemens/meter): 107 (parallel to surface), 102 (perpendicular to surface)
Thermal Conductivity (watts/meter-K): 3000 (parallel to surface), 6 (perpendicular to surface)


Health and Safety


Hazard StatementsN/A
Transport InformationN/A
Suggest equipment
Eyeshields, Gloves, type N95 (US), type P1 (EN143) respirator filter


       
Graphene (C) Nanopowder General Description

Used a variety of biological, chemical, and medical fields, graphene nanopowder offers a combination of traits suitable to any number of
applications. Depending on the exact powder utilized, it can offer benefits in tissue engineering, bioimaging, medical device manufacturing,
pharmacological development, and a host of related fields. Graphene may be one of the most heavily-researched nanopowders on the
market today, with its exceptional potential in medicine and related fields uncovered recently. 



Graphene (C) Nanopowder/ Nanoparticles Applications


  •      •  Medical devices: Graphene’s highly configurable and modifiable traits make it an excellent candidate for usage in medical
  •         devices including bio-sensors, diagnosis devices, microbial detectors, DNA sequencing tools, and a host of other medical devices.
            Much of the most exciting research in medicine right now revolves around the unique traits of graphene.
  •      •  Bioimaging: Properly applied, graphene can be utilized in solutions to produce a contrast agent for photoaucustic and
  •         thermoacustic imaging. More promisingly, certain morphologies of graphene nanoparticles appear to be safe enough in
  •         low concentrations to allow for advanced biomedical applications.
  •      •  Tissue engineering: Graphene works as a safe and effective reinforcement agent in various composites for bone tissue
  •         applications, with the potential for additional applications as research progresses.
  •      •  Biomicrorobotics: Though still in the early days of experimenting, researchers have showed promising results with
  •         biomicrorobotics utilizing graphene in extremely tiny particles, producing a living humidity sensor.
  •      •  Drug delivery: The interaction of graphene nanoparticles with cancerous cells has suggested a number of potential
  •         avenues for cancer drug delivery to be explored.