Wholesale Ultisil Xb-cn, 10μm, 4.6×200mm For Women [ineFgTJ3]

Ultisil XB-CN Column: Advanced Chromatography Solution

Ultisil XB-CN column is a cutting-edge chromatography tool designed for scientists and analysts who require exceptional performance for highly hydrophobic samples. This column stands out with its unique cyano-bonded phase, which is ideal for compounds that are challenging to elute on conventional reversed-phase columns. The Ultisil XB-CN column is a game-changer in normal-phase chromatography, offering a superior alternative to traditional silica-based columns.

• High Performance: The cyano-bonded phase provides enhanced separation efficiency and resolution, ensuring accurate analysis of complex samples.
• Consistent Surface Activity: The column boasts a more consistent surface activity compared to non-derivatized silica, leading to reliable and reproducible results.

Technical Specifications and Benefits

The Ultisil XB-CN column, with a particle size of 10μm and dimensions of 4.6×200mm, is engineered to deliver exceptional performance. Its highly hydrophobic nature makes it an ideal choice for applications where traditional reversed-phase columns fall short. The column's fast equilibration time and consistent surface activity are key factors that contribute to its superior performance.

• Fast Equilibration: The cyano-bonded phase allows for quicker equilibration, saving valuable time in your laboratory workflows.
• Robust Separation: The column's robust separation capabilities make it suitable for a wide range of applications, from basic research to complex analytical tasks.

Practical Applications and Target Audience

The Ultisil XB-CN column is a versatile tool that finds applications across various scientific disciplines. Whether you are working in pharmaceuticals, environmental analysis, or food safety, this column can help you achieve accurate and reliable results. Its unique properties make it particularly beneficial for researchers and analysts who deal with challenging samples that are difficult to separate using conventional methods.

• Pharmaceutical Research: The column is ideal for separating and identifying pharmaceutical compounds, including those with complex structures.
• Environmental Analysis: Its ability to handle highly hydrophobic samples makes it a valuable tool for environmental scientists, enabling them to detect and analyze pollutants effectively.