TEM Grids
TEM Grids are available in various materials and types, including copper, nickel, and coated, for high-resolution applications in electron microscopy.
This product is available from Milexia Iberica
TED PELLA TEM grids (Transmission Electron Microscopy grids) are crucial components in transmission electron microscopy (TEM).
These grids are essential for preparing and observing samples at the nanometric level in a transmission electron microscope.
Key Characteristics
- Variety of Materials
- Copper: The most common, offering good conductivity and durability. Suitable for most general TEM applications.
- Nickel and Gold: Used in specific applications requiring greater corrosion resistance or improved resolution.
- Coated: Some grids are coated with a carbon layer or carbon film, enhancing conductivity and providing a more uniform surface for sample preparation.
Diverse Grid Types
- Square and Round: Available in different sizes and configurations based on specific analysis needs.
- High Resolution: These grids feature finer mesh patterns for applications requiring extremely high resolution.
Technical Specifications
- Mesh Number: The density of holes in the grid, which can vary to suit different sample types and resolution requirements.
Preparation and Maintenance
- Grids must be handled with care to avoid contamination and damage. It is important to follow detailed guidelines for grid preparation and storage.
Applications
- TEM grids are used in a wide range of research applications, including materials research, structural biology, and materials science.