Argon Vapour Graphene Powder
Argon Vapour Graphene Powder
SKU:GRA-6dc33b
Nano-material with exceptional conductivity and strength for various applications. Compliant with industry standards.
Regular price
$59.99
Regular price
Sale price
$59.99
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per
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Enhance your projects with Argon Vapour Functionalized Graphene (Gr) Powder, a nano-material with platelet planar size ranging from 0.3 to 5 µm and platelet thickness below 50 nm. Derived from high-quality graphene, recognized for its exceptional mechanical stiffness, strength, electrical and thermal conductivity. Ideal for applications in electronics, protective coatings, composites, and more. Compliant with industry-leading standards and specifications.
Product Specifications
Material Material
GrapheneGraphene was first isolated in 2004 by Andre Geim and Konstantin Novoselov at Manchester University in the UK. They were later awarded the Nobel Prize for physics in 2010 for "ground-breaking experiments regarding the two-dimensional material graphene". Their initial experiments eventually lead to material 1 atom thick. Graphene is an allotrope of carbon, a flat mono-layer of carbon atoms tightly packed into a hexagonal 2D honeycomb lattice. Carbon 2 to 10 atom layers thick is usually classified as "few-layer graphene", and up to 100 layers thick it is generally called "graphene nanoplatelets". Beyond that is graphite. Graphene is the closest we can get to a 2D material; it has good mechanical stiffness, strength and elasticity, very high electrical and thermal conductivity, and it has good applications in electronics, protective coatings, composites and more.
Specifications Bulk Density
2.15 g·cm-3
Specifications Class
Nano-Materials
Specifications Form
Powder
Specifications Functionalised With
Argon
Specifications Platelet Planar Size
0.3 to 5 µm
Specifications Platelet Thickness
< 50 nm
Specifications Weight
6 g
Type Type
MetalA metal is generally considered to be a pure element which readily forms cations. Metals are characterized by their opacity and high thermal and electrical conductivities, the latter properties resulting from the delocalized and mobile nature of the electrons over the crystal structure.