Graphene microchip,Thermal conductivity ,material,Conductive

Graphene:

Graphene is a substance composed of sp2 carbon of single layer of carbon atoms , with atoms arranged in a honeycomb crystal lattice. Its structure is very stable, which stability of the lattice structure makes graphene has excellent thermal conductivity, very unusual mechanical, structural, electrical, and other properties. It involve the properties of both metals and semiconductors. Graphene is a graphite material stripping from the material of the surface of a single layer of carbon atoms. This thickness of graphite crystal film is only 0.335 nm (the diameter of an atom, 10 ^ -10), if you put 200,000 pcs of film superimposed then the thickness is only a hair. This material is the thinnest one within known material.

Graphene microchip:

Refers to the carbon number of layers is more than 10 layers, which thickness during 5-100 nm range ultrathin graphene layered stacked body. The graphene micro sheet holds its original planar carbon six-membered rings with a conjugated crystal structure, with excellent mechanical strength, conductive, structural, thermal conductivity, and good lubricity, high temperature, corrosion resistance, and other properties.

Graphene features:

• High stability, and the strength of the C-C bond is higher than diamond single bond, so it is more stable than diamond.
• Good electrical conductivity, wherein the speed of movement of the electrons reach the 1/300 of the light speed, and far exceeded the speed of movement of the electrons in the normal conductor.
• Transparent and opaque, graphene is a transparent material, but it has considerable opacity: about 2.3% of visible light can be absorbed.
• Good mechanical properties, graphene is known as the highest strength material, which is harder than diamond, the strength is 100 times more than steel.

Specification:

Order Code	GE-CL5010	GE-TL5010
	Conductive Graphene microchip	Thermal conductivity Graphene microchip
Picture
SEM
Shape	irregular flakes	irregular flakes
Particle size	~5 mm	~5 mm
Thickness	~1 mm	~1 mm
Color	dark gray	dark gray
C%	99.5％	99.5％

Order Code		GE-TNL04001	GE-TNL10001	GE-TNL00801
		Thermal conductivity Graphene microchip	Thermal conductivity Graphene microchip	Thermal conductivity Graphene microchip
Picture
SEM
Shape		microchip	microchip	microchip
Particle size	D(10)	17 um	34 um	4 um
	D(50)	40 um	100 um	8 um
	D(90)	55 um	130 um	13 um
Thickness		< 100nm	< 100nm	< 100nm
Color		dark gray	dark gray	dark gray
C%		99.5％	99.5％	99.5％

Order Code	GE-NL005001
	Graphene microchip
Picture
SEM
Shape	microchip
Particle size	0.1~5um
Thickness	<5nm
Color	dark gray
C%	>99％

Order Code	GEL-1020703001	GEL-1020405010	GEL-1020107020
	Graphene	Graphene	Graphene
Particle size	10-20um	10-20um	10-20um
Shape	Liquid	Liquid	Liquid
Layers	2~4 Layers : 70% 5~7 Layers : 30% 8+ Layers : <1%	2~4 Layers : 40% 5~7 Layers : 50% 8+ Layers : 10%	2~4 Layers : 10% 5~7 Layers : 70% 8+ Layers : 20%
Capacity	100ml	100ml	100ml
Graphene Quantity	100mg	100mg	100mg

Graphene application:

• An electronic device of a material of the conductive path (conductive channel)
• For fire prevention material
• Wearable and lubricating materials
• LCD, electronic products radiator
• Corrosion-resistant material