Atlantis dC18 Column, 100Å, 5 µm, 2.1 mm X 50 mm, 1/pk
The Atlantis dC18 analytical column is a universal C18 Column, and fully LC/MS compatible. It has been designed to provide an ideal balance of retention for polar and nonpolar compounds without exhibiting excessive retention of hydrophobic compounds in contrast to the conventional reversed-phase HPLC columns. The Atlantis dC18 Column provides enhanced pH stability and is compatible with aqueous mobile phases. With its specially designed packing material that provides retention and separation of polar, water-soluble compounds, this silica-based, di-functionally bonded C18 material of this equipment makes it an ideal piece of lab equipment for reversed-phase HPLC.
The Atlantis dC18 Column combines optimized stationary phase attributes, including but not limited to, end-capping, silica pore size, ligand type, and bonded phase ligand density, to provide superior peak shape, low pH stability, enhanced polar compound retention, and resistance to hydrophobic collapse (dewetting). As one of the ideal reversed-phase HPLC columns, the Atlantis dC18 Column is suitable for both the separation of polar compounds as well as standard applications of reversed-phase. The Atlantis dC18 column utilizes the di-functional silane bonding chemistry to provide excellent stability under acidic mobile conditions and also provides extended column lifetime along with low pH stability.
You can increase your productivity with the ideal lab equipment. To learn more about the variations of the same product, such as the Atlantis dC18 Column, or to find additional products that work with it, check out our shop for lab equipment; you can browse through our website, refer to our catalog and ensure your lab needs are met as needed.
You might also want to consider looking into the Atlantis Silica dC18 VanGuard Cartridge, 100Å, 5 µm, 2.1 mm X 5 mm, 3/pk; designed to safeguard your Atlantis dC18 Column analytical column as it enhances the column’s life by preventing any chemical or particulate contaminants from remaining in the mobile phase. This results in your column providing excellent performance over an extended time period, and it also means you have to replace the lab equipment fewer times.
