The structure is envisioned as stacks of parallel sheets consisting of hexagonal carbon atoms. Because of Van de Waals interactions, they are easy to agglomerate and typically have 5-20 layers. It has a thickness of 5-10 nm having varying sizes up to 50 microns. These nanoparticles are made up of short steps of platelets shaped graphene sheets. Nanoplatelets exhibit good electrical and thermal conductivity, which is due to pure graphitic composition. Therefore, they are widely used as electrodes in batteries and supercapacitors. They are also used in coatings or adhesives. Nanoplatelets also reduced permeability to be used for strong and impermeable packaging.
Brand: Nanographenex SKU: GX01GP0113
Low mass, high young's modulus, thermal conductivity, and surface area to volume ratio are mechanical features of refined and CNT. The maximum carrier mobility is seen in CNT and graphene. Because of their increasing thermo-electromechanical characteristics, graphene and carbon nanotubes have been r..
£57.60
Brand: Nanographenex SKU: GX01GP0101
The structure of graphene nanoplatelets is best described as steps of parallel sheets of hexagonal carbon atoms. They agglomerate quickly due to Van der Waals forces generally 5 to twenty layers thick. Graphene nanoplatelets of various diameters up to 50 microns with an average thickness of 5 to 10 ..
£10.08
Brand: Nanographenex SKU: GX01GP0115
The structure of graphene nanoplatelets is best described as steps of parallel sheets of hexagonal carbon atoms. They agglomerate quickly due to Van der Waals forces generally 5 to twenty layers thick. Graphene nanoplatelets of various diameters up to 50 microns with an average thickness of 5 to 10 ..
£10.80
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Brand: Nanographenex SKU: GX01GP0117
The structure of graphene nanoplatelets is best described as steps of parallel sheets of hexagonal carbon atoms. They agglomerate quickly due to Van der Waals forces generally 5 to twenty layers thick. Graphene nanoplatelets of various diameters up to 50 microns with an average thickness of 5 to 10 ..
£13.68
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Brand: Nanographenex SKU: GX01GP0118
The structure of graphene nanoplatelets is best described as steps of parallel sheets of hexagonal carbon atoms. They agglomerate quickly due to Van der Waals forces generally 5 to twenty layers thick. Graphene nanoplatelets of various diameters up to 50 microns with an average thickness of 5 to 10 ..
£12.24
Brand: Nanographenex SKU: GX01GP0119
The structure of graphene nanoplatelets is best described as steps of parallel sheets of hexagonal carbon atoms. They agglomerate quickly due to Van der Waals forces generally 5 to twenty layers thick. Graphene nanoplatelets of various diameters up to 50 microns with an average thickness of 5 to 10 ..
£10.80
Brand: Nanographenex SKU: GX01GP0120
The structure of graphene nanoplatelets is best described as steps of parallel sheets of hexagonal carbon atoms. They agglomerate quickly due to Van der Waals forces generally 5 to twenty layers thick. Graphene nanoplatelets of various diameters up to 50 microns with an average thickness of 5 to 10 ..
£13.68
Brand: Nanographenex SKU: GX01GP0122
Graphene NanoplateletPurity: 99.9+%, Size: 6 nm, S.A: 175 m2/g, Dia: 5 μm Graphene Nanoplatelets are nano particles consisting of short stacks of platalet-shaped graphene sheets thatare in a planar form. Graphene nanoplatelets are excellent electrical and thermal conductors as a result of ..
£14.40
Brand: Nanographenex SKU: GX01GP0121
The structure of graphene nanoplatelets is best described as steps of parallel sheets of hexagonal carbon atoms. They agglomerate quickly due to Van der Waals forces generally 5 to twenty layers thick. Graphene nanoplatelets of various diameters up to 50 microns with an average thickness of 5 to 10 ..
£17.28
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