Spherisorb ODS1 Column, 80Å, 3 µm, 4.6 mm X 50 mm, 1/pk

The Spherisorb ODS1 Column is a versatile, silica-based, reversed-phase C18 column that is an outstanding piece of lab equipment for your liquid chromatography requirements. Low ligand density and a 6.2 percent carbon load are specified in the lab equipment packaging. The carbon load and ligand density are essential column properties because how a column is packed will affect four vital performance features. Peak symmetry, column efficiency, column longevity, and column-to-column repeatability are influenced by the ligand density and carbon load of the column. Waters has created column packing procedures that always guarantee peak performance. Explore other lab equipment to meet your analytical needs by using our website.

The purest reagents are used to create the Spherisorb ODS1 Column in our ISO 9001-certified facility. To make sure that the lab equipment that leaves our facilities fulfills the Waters' promise of dependability, every stage of the manufacturing process is meticulously checked and subjected to the strictest process control.

It is essential to comprehend the impacts of process variables, including slurry solvent selection, packing pressure, time, temperature, flow rate, and slurry volume on the performance of the column in order to pack the column for the greatest performance. For this reason, Waters' R&D engineers do in-depth research to create a packing procedure for each product we sell. You may rely on the resulting lab equipment to produce the best peak symmetry, greatest column efficiency, and best column stability. Additionally, each Spherisorb ODS1 Column is independently tested, and a copy of the test chromatogram is included with each column to ensure that we keep our promise of providing the most dependable lab equipment.

Protect your column from harm by using the Spherisorb ODS1 Guard Cartridge, 80Å, 5 µm, 4.6 mm X 30 mm, 3/pk in conjunction with it. The cartridge uses the exact packing materials that are present in the column and works by preventing any unwanted contaminants from entering the mobile phase.