Styragel HR 5, 105 Å, 5 µm, 7.8 mm X 300 mm in DMF, 50K - 4M, 1/pk

The Waters Styragel HR column series, of which the Styragel HR 5 is a member, is a series of high-resolution GPC columns packed with 5 µm particles that are perfect for characterizing materials in the low- to mid- molecular range where high resolution is essential.

The Gel Permeation Chromatography (GPC) technique and innovation, which have revolutionized how scientists have historically investigated synthetic polymers and macromolecules, are used in the Styragel HR 5 Column. Scientists can gather vital information from the lab equipment that is challenging to do so using other techniques.

As a result of Waters' ongoing efforts to improve GPC analysis through the apparatus, packing materials, and technology, the Styragel HR 5 Column has been created. It has taken a lot of work and ingenuity to broaden the use of size-exclusion techniques beyond the scope of the original polymer study. Applications for separating small and big molecules from interfering matrices, such as those included in foods, medicinal preparations, and natural products, are included in these procedures.

Specifically created for low molecular weight samples, the Styragel HR 5 Column is an essential piece of lab equipment. It is best used when high resolution is required because it can analyze oligomers, epoxies, and polymer additives. Due to the lab equipment's dense packing of tough 5 µm particles, you can obtain unparalleled resolution and efficiency in the low-to-mid molecular weight area of your chromatographic investigation. In addition to this, it prevents the need for repeated analysis and ensures the accuracy of the results.

Browse our online store to find more variations of the GPC Column that are featured here, as well as items that work with them. You can conveniently purchase lab equipment from our online store.

Protect your Styragel HR 5 using the Styragel GPC Guard Column, 20 µm, 4.6 mm X 30 mm in DMF, 100 - 10K, 1/pk. The guard column is manufactured using the exact packing materials that are present in the analytical column, making them ideally suited to one another. It eliminates unwanted contaminants from entering the mobile stream, thus increasing the analysis accuracy and extending the lifetime of the column.