HPTLC Plates Nano-SIL DIOL / UV 254 - diol-modified

The Hptlc Plates Nano-Sil Diol / Uv 254 - Diol-Modified offer a precise platform for separating and analyzing complex mixtures in various research settings. With its unique combination of diol-modified silica gel and UV 254 fluorescent indicator, this plate enables researchers to visualize and track samples with high accuracy. By choosing this plate format, scientists can optimize their analytical workflows and achieve reliable results.

Practical Advantages

• The fully porous particle structure (FPP) of the silica gel ensures consistent flow rates and high resolution across the plate.
• The diol modification enhances the plate's ability to interact with polar compounds, making it suitable for analyzing a wide range of substances.
• The inclusion of a UV 254 fluorescent indicator simplifies detection and visualization of target analytes.
• With a layer thickness of 0.2 mm, this plate strikes a balance between resolution and sample capacity.
• The 0.75 ml/g pore volume facilitates effective solvent penetration and chromatographic separation.

Product Use Cases

Teams selecting Hptlc Plates Nano-Sil Diol / Uv typically match the Cyano-modified HPTLC Silica Layers category and the container format to the task.