Ultrahydrogel 2000 Column, 2000Å, 12 µm, 7.8 mm X 300 mm, 50K - 7M, 1/pk

Waters Ultrahydrogel Column is an advanced aqueous-compatible gel column that is perfect for analytical and preparative separations of water-soluble polymers. The gel that is used in the lab apparatus is a cross-linked hydroxylated polymer with some lingering amine functionality. You can characterize a wide variety of chemicals using the Ultrahydrogel Column, including oligomers, oligosaccharides, and biological components like polysaccharides, nucleic acids, proteins, and peptides. You can also describe polymers that are cationic, anionic, and amphoteric.

The Ultrahydrogel Column is made at Waters' ISO 9001-certified manufacturing facility utilizing only pure reagents and the strictest controls, much like all of our lab equipment. Multiple checks are performed on each column to confirm its dependability. The lab equipment has been approved for usage, guaranteeing that it will keep up its high-performance standards and improve the selectivity, sensitivity, and speed of your research.

Find out more about our manufacturing procedures and the R&D we fund to make our products the best in the business. This material can be found on our website, which also makes it possible for you to buy lab equipment directly from us. You can be certain that you will only get genuine, original Waters products when you buy directly from the manufacturer.

The Ultrahydrogel Column listed here offers a 7.8 I.D and a 300 mm length. Compared to other traditional aqueous SEC Columns on the market, its high resolution is greater. The working pH range of the analytical column is broad. Additionally, you get more mobile phase flexibility while creating fewer non-size exclusion effects. When the mobile phase is introduced by the gradient, the Ultrahydrogel Column enables compatibility with high concentrations of organic solvents (up to 20% organic, 50% organic).

Use the Ultrahydrogel Guard Column, 125Å, 6 µm, 6 mm X 40 mm, 1K - 500K, 1/pk in conjunction with the column in order to get more accurate results. The guard column works by preventing any chemical or particulate matter from entering the mobile phase. This, in turn, ensures that the analysis is more accurate and that the column lasts a long time.