CU5863 Copper Foil for CVD Graphene

Catalog No.	CU5863
Size	10*20cm, or customized
Thickness	50μm, or customized
Material	Copper, Graphene
Shape	Foil
Purity	99.99%

Copper Foil for CVD Graphene features high strength, transparency, carrier mobility, and thermal conductivity. Stanford Advanced Materials (SAM) has rich experience in manufacturing and supplying high-quality Copper Foil for CVD Graphene.

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Description

Specification

Copper Foil for CVD Graphene Description

Copper Foil for CVD Graphene uses chemical vapor deposition (CVD) on rolled copper foil as the substrate. Through high-temperature catalysis, graphene films are formed on the surface of the rolled copper foil. These graphene films are among the thinnest, chemically stable nanomaterials discovered to date, offering high strength, transparency, carrier mobility, and thermal conductivity. They hold extensive application prospects in various technical fields such as electronic devices, transparent electrode materials, energy storage materials, and functional composite materials.

Copper Foil for CVD Graphene Specifications

Size	10*20cm, or customized
Thickness	50μm, or customized
Material	Copper, Graphene
Shape	Foil
Purity	99.99%
Polishing	Double-side polishing

Physical Properties

Thermal Conductivity [(W/(m·K)]	> 780
Thermal Diffusivity (mm²/s)	>170
Density (g/m3)	8.4
Specific heat (50° J/(kg·K))	540
Heat Deformation Temperature (°C)	200
Tensile Strength (MPa)	>385
Adhesion (ASTM)	>4B
Electrical Conductivity (S/m)	10^-5

Copper Foil for CVD Graphene Applications

Electronic Devices: Broad potential applications in advanced electronic devices.
Transparent Electrode Materials: Significant roles in developing transparent electrodes.
Energy Storage Materials: Applications in innovative energy storage solutions.
Functional Composite Materials: Versatile uses in functional composite materials.

Copper Foil for CVD Graphene Packaging

Our Copper Foil for CVD Graphene is carefully handled during storage and transportation to preserve the quality of our product in its original condition.