Overview
This product consists of 6-8 layer graphene synthesized through chemical vapor deposition (CVD) and transferred onto 2000-mesh copper TEM grids. Utilizing copper’s surface-catalyzed growth mechanism, this multi-layer graphene offers enhanced electronic properties while maintaining excellent structural integrity. Specifically designed for electron microscopy applications, it provides researchers with a reliable sample for detailed nanoscale investigation of thicker graphene systems.
Specifications
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Substrate: 2000-mesh Copper TEM Grid
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Graphene Layers: 6-8 layers
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Growth Method: Catalytic CVD on copper substrate
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Transfer Process: PMMA-assisted wet transfer
Key Features
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Enhanced Electronic Properties: Multi-layer structure provides distinctive electronic characteristics suitable for comparative studies
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High Crystallinity: Maintains graphene’s hexagonal lattice structure across multiple layers
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Electron Transparency: Optimized thickness allows for effective TEM imaging while preserving structural details
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Mechanical Resilience: Withstands electron beam exposure during prolonged microscopy sessions
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Chemical Compatibility: May be treated with dilute acid to reduce catalyst residues if needed
Note
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Dark spots visible under electron microscopy are typical catalyst residues from the synthesis process
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Sample clarity may be improved through soaking in dilute hydrochloric acid
Applications
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TEM/SEM Analysis: Structural characterization of multi-layer graphene systems
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Comparative Studies: Investigation of layer-dependent properties in graphene materials
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Electronic Research: Study of charge transport mechanisms in multi-layer configurations
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Material Science: Support membrane for nanoparticle imaging and composite material analysis
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Educational Demonstrations: High-quality sample for microscopy training and research
Contact Information
For detailed product specifications and ordering:
Email: sales@maxnanotech.com





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