Whatman NYL Channel Filter Plate (Pack of 50)

The Whatman NYL Channel Filter Plate is a type of filtration plate used in chromatography and sample preparation processes. Here's a detailed description of the NYL Channel Filter Plate and its purpose:

1. Functionality:

   • Chromatography Support: The NYL Channel Filter Plate is designed to facilitate chromatographic separations and sample purification by supporting various chromatography techniques.
   • Sample Filtration: It allows for efficient filtration of samples through channels or wells within the plate, separating components based on size, charge, or other properties.

2. Design:

   • Material: The filter plate is typically made of nylon (NYL), which is chemically resistant and suitable for a wide range of aqueous and organic solutions used in chromatography.
   • Channel Configuration: The plate features channels or wells that accommodate sample loading, allowing liquids to flow through the plate for separation and analysis.
   • Compatibility: The NYL Channel Filter Plate is compatible with common chromatography equipment and can be used in various chromatography applications.

3. Features:

   • Precise Separation: The plate provides precise and uniform sample distribution across the channels or wells, ensuring consistent separation performance.
   • Low Binding Properties: Nylon material minimizes sample adsorption and protein binding, making it ideal for sensitive sample preparation and analysis.
   • Scalability: Available in different formats and well configurations to accommodate various sample volumes and throughput requirements.
   • Chemical Compatibility: Resistant to a wide range of solvents and chemicals commonly used in chromatography applications.

4. Applications:

   • Chromatography: Used in liquid chromatography (LC), ion chromatography (IC), and other chromatographic techniques for sample preparation, purification, and separation.
   • Sample Processing: Suitable for processing biological samples, environmental samples, pharmaceuticals, and other complex mixtures for analysis.

5. Advantages:

   • High Performance: Provides efficient sample filtration and separation, leading to improved chromatographic results.
   • Versatility: Supports a wide range of applications in research, pharmaceuticals, biotechnology, and environmental analysis.
   • Consistent Results: Ensures reproducibility and reliability in sample processing and chromatographic separations.