Spherisorb Phenyl Column, 80Å, 5 µm, 4.6 mm X 250 mm, 1/pk

To solve all of your lab's liquid chromatography problems, add the Spherisorb Phenyl Column to your lab equipment collection. The analytical column is dependable since it is a non-end-capped, reversed-phase Phenyl column made of silica and built to provide unique compound selectivity for reversed-phase applications.

Our goal is to design and produce a column that is well-suited to and capable of performing in all elements of liquid chromatography; thus, it's critical to comprehend the impact of all process variables, including slurry solvent, packing pressure, time, temperature, flow rate, and slurry volume. Waters R&D engineers undertake considerable study and analysis to establish a packing technique for each of the products we offer. We deliver the resulting goods with the assurance that they will give you the best peak symmetry, column efficiency, and column stability.

As researchers and scientists at Waters appreciate the importance of how a chromatographic column is packed, the Spherisorb Phenyl Column uses a low ligand density with a set carbon load of 3%. Peak symmetry, column efficiency, column longevity, and column-to-column repeatability are four significant performance criteria that the packing aids in addressing. Furthermore, you may be certain of the column's performance because Waters' column packing techniques are designed to assure maximum performance at all times.

Each Spherisorb Phenyl Column is independently tested to ensure that you have verification of the column's quality, and a copy of the test chromatogram is included with each column. By investing in Waters' lab equipment, you will opt for quality products that will last a long time and continue to perform at their optimum throughout. You can find more configurations of the product listed here using our online catalog and also use it to shop for lab equipment.

Protect the integrity of your column's performance by using the Spherisorb Phenyl Guard Cartridge, 80Å, 5 µm, 4.6 mm X 10 mm, 3/pk. The lab equipment has been designed to prevent any contaminants from harming the column.