Overview
CVD graphene synthesis depends on three critical elements: substrate selection, carbon precursor gases, and precisely controlled growth conditions. Copper foil serves as an ideal substrate due to its surface-catalyzed growth mechanism, which favors the formation of high-quality monolayer graphene. This product consists of graphene grown directly on a 2 cm × 2 cm copper foil, suitable for transfer to functional substrates or direct integration into experimental and industrial applications.
Specifications
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Substrate: Copper foil
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Copper Thickness: ~25 μm
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Graphene Area: 2 cm × 2 cm
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Available Layers: Monolayer, Bilayer, 3–5 Layers, 6–8 Layers
Key Features
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High Crystallinity and Uniformity: Ensures consistent electronic and structural performance
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Superior Electrical Properties: Delivers high carrier mobility and low sheet resistance
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High Optical Transparency: Ideal for transparent conductive applications
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Excellent Mechanical Properties: Combines flexibility with high strength and durability
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Chemical Stability: Maintains performance under ambient conditions
Applications
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Electronics: Field-effect transistors, integrated circuits, and flexible electronic devices
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Optoelectronics: Transparent electrodes, touch panels, and displays
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Sensors: Chemical sensors, biosensors, and environmental detectors
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Energy Devices: Solar cells, supercapacitors, and battery electrodes
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Composites: Enh mechanical, electrical, or barrier properties in multifunctional materials
Note
Pretreatment and transfer services are available upon request:
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PMMA spin-coating on graphene side for protection during handling
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Back-side copper etching for full or partial transfer
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Default service includes PMMA coating, etching, and transfer to a silicon oxide substrate, with optional Raman characterization for quality verification.
Contact Information
For detailed specifications, layer options, or custom transfer requirements, please contact:
Email: sales@maxnanotech.com













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