Sep-Pak tC18 3 cc Vac Cartridge, 500 mg Sorbent per Cartridge, 37-55 µm, 50/pk

When it comes to sample processing, the Sep-Pak tC18 3 cc Vac Cartridge will provide the most value for money. The cartridge is made up of two polyethylene frits that hold the packing material in place and a molded, high-purity polypropylene syringe-barrel body. By using the normal male-Luer tip, the Sep-Pak tC18 Vac Cartridge can also be used with multi-position vacuum manifolds.

Invest in the Waters Sep-Pak tC18 3 cc Vac Cartridge to interchange solvents and eliminate sample elements that elute after the analytes of interest on liquid chromatography columns. A silica-based bonded phase with high hydrophobicity is used in the lab equipment. Its hydrolytic stability is improved by its trifunctional bonding chemistry. The Sep-Pak tC18 3 cc Vac Cartridge can be used for analyte isolation and enrichment from biological, environmental, and dietary samples, among other things. Find the complete range of Sep-Pak lab equipment on our website to meet any sample processing needs.

The Sep-Pak tC18 3 cc Vac Cartridge helps to simplify protocol by lowering the number of steps necessary. By reducing sample handling and intricacy, the cartridge also helps to avoid emulsion issues. Furthermore, by using laboratory equipment, you can improve safety by reducing dangerous agent exposure and facilitating disposal. The lab equipment can also be used to do direct field sampling, obviating the requirement for samples to be transported to a lab.

We recommend that you also use the Long Needle Valve for Sep-Pak Device Vacuum Manifold, 20/pk. The needle valve allows you to manage the flow rate by making gradual and smooth adjustments. Additionally, they can be utilized as a dependable shut-off valve. Needles, on the other hand, are typically used for modest flow rates and a relatively considerable pressure drop from the input to the outlet. The Long Needle Valve for Sep-Pak Device Vacuum Manifold is available in a bulk box of 20 for your convenience. To ensure that none of the analytes react with the material and alter the purity of the analytes or the quality of the output and analysis results, the lab equipment is made of high-grade, highly inert Polypropylene.