Single-layer graphene electron microscope grid (copper grid)

Overview
This product features high-purity monolayer CVD graphene transferred onto 2000-mesh copper TEM grids. Grown via surface-catalyzed chemical vapor deposition on copper substrates, these samples provide exceptional quality for atomic-resolution transmission electron microscopy. The ultra-fine 2000-mesh grid offers maximum support area while maintaining excellent electron transparency for detailed graphene characterization.

Specifications

• Support Grid: 2000-mesh Copper

• Graphene Layer: Monolayer

• Growth Substrate: Copper foil

• Transfer Method: PMMA-assisted process

Key Features

• Atomic Resolution Capability: Enables clear visualization of graphene’s hexagonal lattice structure

• Ultra-Fine Grid: 2000-mesh provides optimal support for high-magnification imaging

• High Crystallinity: Maintains excellent electronic and mechanical properties

• Research Ready: Pre-mounted on TEM grids for immediate use

• Quality Verified: Raman characterization available upon request

Applications

• Atomic Structure Analysis: Direct imaging of defects, grain boundaries, and edge structures

• Fundamental Research: Study of graphene’s electronic properties and quantum phenomena

• Nanoparticle Studies: Ideal support for catalytic nanoparticle research

• Educational Use: Premium samples for advanced microscopy training

• Quality Control: Reference material for graphene production and transfer processes

Note

• Minor catalyst residues may appear as dark spots under TEM – normal byproduct of CVD process

• Optional dilute acid treatment available for reduced residue visibility

• Store in dry conditions at room temperature

Contact Information
For technical specifications and custom requirements:
Email: sales@maxnanotech.com