ACQUITY APC AQ BEH Column, 45Å, 1.7 µm, 4.6 mm X 75 mm, 200 - 5K, 1/pk
Use the ACQUITY APC AQ BEH Column along with the ACQUITY Advanced Polymer ChromatographyTM (APC) System since it was created to work with the system and offers the best separation performance when used with it. To reduce extra-column volume inside the system, the ACQUITY APC System makes use of tubing and connectors that have been developed to adhere to strict standards.
The ACQUITY APC AQ BEH Column uses an unbonded BEH substrate. The lab equipment is recommended for aqueous solvent separations at room temperature (45 °C).
Because it has been tailored to offer highly effective size-based separations for organic solvent-soluble polymer characterization, the Waters ACQUITY APC AQ BEH Column is a great addition to your collection of lab equipment. The analytical column's sorbent makes use of Waters' unique Ethylene Bridged Hybrid (BEH) technology, which creates a mechanically robust packed bed that resists swelling and contracting for simple solvent changeover throughout the mobile phase. The product indicated here can be used to characterize molecules with weights between 200 and 5,000 g/mole.
The ACQUITY APC AQ BEH Column, like all lab equipment made by Waters, is produced in our ISO 9001-certified facility and is held to stringent specifications to ensure repeatable performance. In addition to this, each column is examined separately, and a connected eCord Intelligent Chip contains a Certificate of Batch Analysis.
By using our online store or catalog, you can get lab equipment that is genuine, original, and offered at the best price on the market.
You may also want to explore the LCGC Certified Clear Glass 12 x 32 mm Screw Neck Vial, with Cap and Preslit PTFE/Silicone Septum, 2 mL Volume, 100/pk. Choose the vial when looking for lab equipment that vials fulfill the strictest requirements for dimensional tolerances, UV cleanliness, and MS cleanliness based on LC/GC standards. These vials are made to meet the requirements of LC/GC certification and to take into account all aspects of use, including volatility, tray design, and needle design. An HPLC test is performed on every vial to check for traces of compounds introduced during processing and manufacture.
