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

Overview
This product consists of precisely engineered two-layer graphene oxide deposited on 300-mesh lacey carbon TEM support films. These advanced TEM grids combine the benefits of graphene oxide’s functional surface properties with the stability of lacey carbon support, creating an ideal substrate for high-resolution transmission electron microscopy. The controlled bilayer structure provides enhanced mechanical stability while maintaining excellent electron transparency for sensitive imaging applications.

Specifications

• Support Film: Lacey Carbon (300 mesh)

• Coating: 2-Layer Graphene Oxide

• Grid Material: Copper

• Functional Groups: Hydroxyl, Epoxy, Carboxyl

Key Features

• Enhanced Stability: Bilayer structure provides improved mechanical strength over single-layer films

• Optimal Electron Transparency: Maintains excellent imaging capabilities while offering better sample support

• Functional Surface: Rich in oxygen-containing groups for sample attachment and modification

• Beam Resistance: Withstands longer exposure times than conventional support films

• Uniform Coverage: Consistent bilayer deposition across the entire grid surface

Applications

• High-Resolution TEM: Superior substrate for atomic-scale imaging of nanomaterials

• Nanoparticle Studies: Excellent support for catalytic nanoparticle characterization

• Biological Research: Ideal for macromolecular complexes and cellular structures

• Materials Science: Characterization of polymers, composites, and 2D materials

• Cryo-Electron Microscopy: Suitable for frozen-hydrated sample preservation

Note

• Some catalyst residues may be visible under high magnification

• Plasma cleaning recommended for optimal hydrophilicity before use

• Compatible with most staining and labeling protocols

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