Ready To Ship Ultisil Pah, 5μm, 10×100mm, 120Å Save 70% Now [q8DEcHP4]

Ready To Ship Ultisil Pah, 5μm, 10×100mm, 120Å Save 70% Now [q8DEcHP4]

The Ultisil PAH column is a premium preparative chromatography solution designed for high-resolution separation of polycyclic aromatic hydrocarbons (PAHs). Engineered with precision, this column ensures the best reproducibility of analysis and preparative scale, thanks to its identical packing materials to the analytical column. It features a unique high-density bonding process with a high carbon load, delivering exceptional chromatographic separation performance. Key features include:

• Reproducible analysis and preparative scale
• Unique high-density bonding process
• Excellent separation of PAHs

Technical Specifications and Performance

The Ultisil PAH column is constructed with a special packing technique and stainless modular column tube, ensuring the stability of the column bed. Its theoretical plate number for a 10 μm column exceeds 35,000/m, while for a 5 μm column, it surpasses 75,000/m, with peak symmetry around 0.95~1.20. This column is fully compatible with the EPA Method 610, making it ideal for the high-resolution separation of 16 PAHs. Key specifications include:

• Theoretical plate number: 35,000/m (10 μm) and 75,000/m (5 μm)
• Peak symmetry: 0.95~1.20
• Compatibility with EPA Method 610

Applications and Benefits

The Ultisil PAH column is a versatile tool for researchers and analysts in various fields, including environmental analysis, pharmaceuticals, and food safety. Its strong spatial hindrance selectivity effectively separates mixtures of planar and stereostructural compounds, making it an essential tool for accurate and reliable results. By choosing this column, you gain the following benefits:

• Enhanced separation capabilities for PAHs
• Improved accuracy and reliability in analysis
• Compatibility with a wide range of applications

The Ultisil PAH column is your go-to solution for achieving superior chromatographic separation and ensuring the highest quality of your research and analysis.