ACQUITY APC XT BEH Column, 200Å, 2.5 µm, 4.6 mm X 150 mm, 3K - 70K, 1/pk
The Waters ACQUITY APC BEH Column has been developed to produce very efficient size-based separations for organic solvent-soluble polymer characterization, so add it to your lab equipment collection. Waters' unique Ethylene Bridged Hybrid (BEH) technology is used in the analytical column's sorbent, which provides a mechanically strong packed bed that resists shrinking and swelling for easy mobile phase solvent switching.
Use the ACQUITY APC BEH Column with the ACQUITYTMAdvanced Polymer ChromatographyTM (APCTM) System since it was designed to work with the system and provides the best separation results. To minimize extra-column space within the system, the ACQUITY APC System uses tubing and connectors that have been developed to fulfill tight standards.
The ACQUITY APC BEH Column's packing contains sub-3-µm ethylene bridged hybrid (BEH) particles, which give the column its mechanical strength, packed-bed stability, and great separation efficiency. The lab equipment can provide better chromatographic performance for all polymer classes, including low molecular weight water and organic soluble polymers, due to these features.
The ACQUITY APC BEH Column's high-coverage trimethylsilane attached to a BEH substrate allows it to be used for extended temperature separations of up to 90 °C in organic solvents.
The ACQUITY APC BEH Column, like all Waters lab equipment, is made in our ISO 9001 facility and is kept to limited specification ranges to assure repeatable performance. Furthermore, each column is independently examined, and a Certificate of Batch Analysis is issued on the eCordTM Intelligent Chip that is attached.
Through our online store or catalog, you can find lab equipment that is genuine, original, and at the greatest price on the market.
You may also want to invest in the Amber Glass 12 x 32 mm Vial with Bonded Preslit Silicone/PTFE Cap and Septum, Preassembled for Dissolution, 100/pk. Store any sensitive samples in the vial to keep them from degrading. The vial has a tight construction that ensures a secure fit with the analytical equipment. It is also chemically and mechanically stable enough to tolerate stresses within a certain range.
