Sep-Pak tC18 3 cc Vac Cartridge, 200 mg Sorbent per Cartridge, 37 - 55 µm, 50/pk

Invest in the Waters Sep-Pak tC18 3 cc Vac Cartridge to switch out solvents and remove sample components that elute after the analytes of interest on liquid chromatography columns. A silica-based bound phase with a high hydrophobicity is used in the lab equipment. Its hydrolytic stability is enhanced by the trifunctional chemistry of its bonds. A number of uses for the Sep-Pak tC18 3 cc Vac Cartridge includes the separation and enrichment of analytes from biological, environmental, and dietary samples. To meet any needs for sample processing, the whole array of Sep-Pak lab equipment is available on our website.

The Sep-Pak tC18 3 cc Vac Cartridge reduces the number of steps needed, which helps to streamline protocol. By simplifying sample handling and manipulation, the cartridge aids in the elimination of emulsion challenges. By reducing exposure to dangerous agents and enabling disposal, lab equipment can also improve safety. It is not necessary to transfer samples to a lab because the lab equipment can be used to conduct direct field sampling.

When it comes to sample processing, the Sep-Pak tC18 3 cc Vac Cartridge provides the most value for the money. The packing material is held in place by two polyethylene frits, while the body of the cartridge is formed of molded, high-purity polypropylene syringe barrels. By using the common male-Luer tip, the Sep-Pak tC18 Vac Cartridge can also be used with multi-position vacuum manifolds.

Use the Long Needle Valve for Sep-Pak Device Vacuum Manifold, 20/pk. By making gradual and smooth adjustments, the needle valve allows you to regulate the flow rate. In addition, they can function as a trustworthy shut-off valve. Conversely, needles are frequently used for low flow rates and a considerable pressure difference between the input and the output. The 20-piece bulk box of the Long Needle Valve for Sep-Pak Device Vacuum Manifold is provided for your convenience. To prevent analytes from reacting with the material and affecting the purity of the analytes or the quality of the output and analysis results, the lab equipment is made of high-grade, very inert Polypropylene.