Compact Ultisil Uhplc Pfp, 1.8μm, 2.1×150mm With A 95% Price Cut [07SWP4Tx]

Ultisil UHPLC PFP: High-Performance Chromatography Solution

Ultisil UHPLC PFP columns are designed for superior performance in ultra-high performance liquid chromatography (UHPLC) applications. These columns are engineered to deliver high efficiency and excellent batch-to-batch reproducibility, ensuring that your chromatographic data is of the highest quality. By reducing the need for repeated sample analysis and minimizing solvent consumption, Ultisil UHPLC PFP columns are an ideal choice for laboratories seeking to optimize their workflow and efficiency.

Key Features and Specifications

Ultisil UHPLC PFP columns are packed with 1.8 µm high-purity silica, capable of withstanding pressures up to 15,000 psi. This phenyl column features fluorine atoms replacing hydrogen atoms on the reversed-phase stationary phase carbon chain, providing high selectivity for fluorinated and halogenated compounds. With its strong geometric and steric shape selectivity, the Ultisil UHPLC PFP effectively separates structurally similar compounds that are challenging to resolve with alkyl stationary phases.

• High efficiency for rapid and accurate separations
• Excellent reproducibility for consistent results
• Optimized for fluorinated and halogenated compounds analysis

Practical Applications and Benefits

Ultisil UHPLC PFP columns are perfect for a wide range of applications, including environmental analysis, pharmaceutical research, and food safety testing. The column's exceptional selectivity and robustness make it ideal for separating complex mixtures, ensuring reliable and reproducible results. By choosing Ultisil UHPLC PFP, you can benefit from the following advantages:

• Reduced solvent consumption for cost savings and environmental friendliness
• Minimized analysis time for increased productivity
• Enhanced data quality for better decision-making

With Ultisil UHPLC PFP, you can confidently meet the demands of your laboratory's most challenging chromatography applications.