Atlantis dC18 Column, 100Å, 3 µm, 4.6 mm X 75 mm, 1/pk

For polar chemical retention, rely on the universal, silica-based, reversed-phase Waters Atlantis dC18 Column. In this lab equipment, di-functionally linked C18 ligands have been improved for usage with highly aqueous mobile phases, including 100 percent water.

Benefit from the optimal balance of retention for both polar and non-polar molecules when you use the Atlantis dC18 Column. Not only is the Waters Atlantis dC18 Column a universal C18 Column that is completely LC/MS-compatible, but it also delivers greater retention of polar compounds without excessive retention of hydrophobic compounds as compared to standard reversed-phase HPLC columns. Furthermore, the Atlantis dC18 Column has improved pH stability and is suitable with aqueous mobile phases.

In addition to being ideal for the separation of polar compounds, the Atlantis dC18 Column may be employed in a variety of reversed-phase applications. In addition, a lengthy column lifetime is guaranteed, as is low pH stability. This is made possible by the difunctional silane bonding chemistry, which provides high stability in acidic mobile environments.

Because of its silica-based, difunctionally bonded C18 materials, the Atlantis dC18 Column is an excellent piece of lab equipment for reversed-phase HPLC. Superior peak shape, low pH stability, resistance to dewetting (hydrophobic collapse), and increased polar component retention are all easy to achieve with the Atlantis dC18 Column. This is due to the analytical column's optimal stationary phase physical features, such as end-capping, silica pore size, bonded phase ligand density, and ligand type. Because of its main characteristics and production procedures, the Atlantis dC18 Column is the ideal reversed-phase HPLC column for both polar compound separation and typical reversed-phase applications.

You may also be interested in the Atlantis Silica dC18 VanGuard Cartridge, 100Å, 3 µm, 3.9 mm X 5 mm, 3/pk. The cartridge extends the lifetime of the analytical column and enhances its efficiency by preventing any unwanted chemical or particulate material from entering the mobile phase.