Styragel GPC Column, 5 µm, 7.8 mm X 300 mm, 500 - 20K, 1/pk
Waters Styragel columns are made up of high-performance styrene-divinylbenzene copolymer particles that are totally porous and extremely cross-linked. The Styragel GPC HR2 (DMF)) Column can be used to analyze low-molecular-weight polymers, oligomers, and additives with high resolution. The high plate counts required for this type of examination are provided by this lab equipment, which is packed with 5-micrometer particles.
Avoid temperature discrepancies or temperature cycling to ensure the longest column life. When the column is not in use, we recommend maintaining the working temperature and lowering the flow rate to 0.1mL/min. Maintain a flow rate of 0.1mL/min while restarting the column, and if necessary, gradually raise the temperature over 10 hours, after which you can change the flow rate to the required operating flow.
You can depend on the Styragel GPC HR2 (DMF)) Column to deliver consistent, accurate findings without having to repeat the analysis; this will save you time and analytical materials. The Styragel GPC HR2 (DMF)) Column is made in dedicated Waters facilities that adhere to the strictest industry standards and conditions, including ISO, FDA, and cGMP specifications. This allows us to provide you with the highest-quality GPC instruments and supplies available.
If you would like to learn more about the complete range of Waters products that are compatible with the Styragel GPC HR2 (DMF)) Column, visit our website, where you can shop for lab equipment tailored to your specific needs.
You might also be interested in reviewing the Waters Styragel GPC Guard Column, 20 µm, 4.6 mm X 30 mm, 100 - 10K, 1/pk,which has been optimized for protecting and increasing the column lifetime of your Styragel 7.8 mm or 4.6 mm ID columns. The Styragel GPC Guard Column is made from the same packing materials as the analytical column and by placing in the system, it helps protect the column by removing chemical and physical contaminants from the mobile phase.
