Oasis WAX Online Column, 80Å, 30 µm, 2.1 mm X 20 mm, 1/pk

The Oasis® series of solid-phase extraction (SPE) lab equipment combines the appropriate sorbent chemistry, device format, and methodology to streamline and enhance your sample preparation. The Oasis WAX on-line column is designed for rugged, reproducible, and ultra-fast on-line SPE. This column contains the Oasis WAX sorbent, which is a polymeric reversed-phase, weak anion-exchange mixed-mode sorbent that has been optimized for fast, simple, and highly selective sample preparation of strong acidic compounds. A variation of the Oasis HLB, piperazine WAX (Weak Anion eXchange) offers two ways of retention. The sorbent is specially made to provide the same advantages and features as HLB, with the capacity to hold and release potent acids (e.g., sulfonates).

This on-line column is designed to be used with the appropriate Waters narrow-bore analytical column, such as XSelect, XBridge, SunFire, Atlantis, XTerra, or Symmetry column. The column features traditional HPLC column fittings and hardware. You can purchase lab equipment from Waters with the guarantee that they have been manufactured to the highest standards, using strict quality control methods.

Shop for lab equipment to explore and add other helpful tools for your chromatography work and to upgrade your lab with additional useful instruments. There are six different Oasis Sorbent Chemistries that can be used to prepare samples for you.

We recommend that you also explore the XBridge BEH C18 Column, 130Å, 2.5 µm, 2.1 mm X 50 mm, 1/pk. With the XBridge BEH C18 Columns, which are created expressly for this purpose, you may increase your productivity. The XBridge BEH C18 Column is the perfect piece of lab equipment for both developing a cutting-edge LC/MS assay and developing a quality control procedure. They provide longer column lives because they provide higher pH stability.

You can use them to benefit from assay robustness and improve column dependability. The XBridge BEH C18 Columns also provide superior peak shape and peak capacity by increasing particle efficiency.