Hot Sale Commasil Hplc Phenyl Column, 100 X 4.6mm, 5um Tool [qlpDvkoU]

CommaSil® Phenyl HPLC Column: Advanced Separation Technology

The CommaSil® Phenyl HPLC Column is a cutting-edge separation tool designed for high-performance liquid chromatography (HPLC). Engineered with ultrapure, fully porous spherical silica, this column boasts surface-bonded phenylpropyl groups and full endcapping, offering superior separation capabilities. Its unique selectivity, distinct from straight alkane chains, provides strong retention for aromatic compounds, making it an ideal choice for complex analyses. The CommaSil® Phenyl HPLC Column is a reliable and efficient solution for your chromatography needs.

Key Features and Specifications

The CommaSil® Phenyl HPLC Column, with a 100 x 4.6mm dimensions and a 5µm particle size, is designed to deliver exceptional performance. Its surface-bonded phenylpropyl groups enhance the column's retention ability for aromatic compounds, ensuring efficient separation of drug molecules containing aromatic and heterocyclic groups. The column's fully endcapped design minimizes non-specific adsorption, further improving the overall separation efficiency. The CommaSil® Phenyl HPLC Column is compatible with various HPLC systems and can replace phenylpropyl bonded silica columns on the market, offering versatility and convenience.

Applications and Benefits

The CommaSil® Phenyl HPLC Column finds wide application in various fields, including pharmaceutical analysis, environmental monitoring, and food safety assessment. Its strong retention ability for aromatic compounds makes it particularly suitable for the separation of drug molecules containing aromatic and heterocyclic groups, as well as tea polyphenols. By replacing conventional phenylpropyl bonded silica columns, the CommaSil® Phenyl HPLC Column offers several benefits, such as improved resolution, reduced analysis time, and increased reproducibility. This advanced column is an excellent choice for laboratories and researchers seeking to enhance their analytical capabilities and streamline their workflows.