Single-layer graphene oxide electron microscope grid (carbon grid)

Overview
This product features high-quality single-layer graphene oxide deposited on 300-mesh lacey carbon TEM support films. These ready-to-use TEM grids provide an ideal platform for high-resolution imaging and characterization of nanomaterials. The combination of graphene oxide’s uniform atomic thickness and the lacey carbon support’s stability creates an excellent substrate for TEM analysis of nanoparticles, biological macromolecules, and other delicate samples.

Specifications

• Support Film: Lacey Carbon (300 mesh)

• Coating: Single Layer Graphene Oxide

• Grid Material: Copper

• Functional Groups: Hydroxyl, Epoxy, Carboxyl

Key Features

• Ultra-Thin Support: Single-layer graphene oxide provides minimal background interference

• Enhanced Contrast: Improves image quality for low-contrast samples

• Chemical Functionality: Surface functional groups enable sample anchoring and modification

• High Stability: Withstands electron beam exposure better than conventional carbon films

• Hydrophilic Surface: Facilitates aqueous sample deposition and staining

Applications

• Cryo-EM: Excellent substrate for vitreous ice preservation and imaging

• Nanoparticle Research: Ideal for size distribution and morphology studies

• Biological TEM: Support for proteins, viruses, and cellular structures

• Materials Science: Characterization of polymers and hybrid materials

• Educational Use: Reliable substrate for teaching electron microscopy techniques

Note

• Some residual catalyst particles may be visible under TEM

• Samples can be plasma cleaned before use for improved hydrophilicity

• Compatible with most common negative staining protocols

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