Polystyrene ReadyCal Standards 4 mL Kit

Waters offers a variety of well-characterized polymer standards, including kits and individual standards, to meet your chromatographic needs. Standards are offered for both aqueous and non-aqueous applications.

The Polystyrene ReadyCal Standards 4 mL Kit allows you to quickly and reliably build a multi-point calibration curve without having to weigh chemicals. Each vial contains a polymer mixture that spans a molecular weight range, allowing the baseline resolution of each component to be determined. The kits are designed so that the solvent can be poured directly into the vial and mixed. Fill the vial halfway with solvent, lay aside for 2 hours, gently shake, and then feed into your autosampler for analysis.

Thirty autosampler vials which contain 4 polystyrene standards per vial. There are three separate molecular weight ranges in each kit, 10 units of each of the three molecular weight standards. Each kit in this lab equipment comes with detailed instructions for proper usage. Mw Part [Da]* / PDI 560* / < 1.50 : 1200 / < 1.50 : 3200 / < 1.15 : 8000 / < 1.15 : 18000 / < 1.15 : 33000 / < 1.15 : 62000 / < 1.15 : 120000 / < 1.15 : 280000 / < 1.15 : 560000 / < 1.15 : 1200000 / < 1.50 : 2500000 / < 1.50.

You can increase your productivity by using the correct lab equipment. You can shop for lab equipment on our website and in our catalog to refresh your stock and add to your existing equipment portfolio. There are also extensive literature guides available to shed light on our technology and the research that went into developing this world-class lab equipment.

You might also be interested in the Waters BPA Method Kit, which is a Waters ACQUITY UPLC solution for the analysis of Bisphenol A in Drinking Water and complies with ASTM Method D7574-09. This kit includes the ACQUITY BEH C18, 1.7um, 2.1 x 50mm Column, ACQUITY Isolator Column, Oasis HLB 5cc (200mg) LP Glass Cartridges, and LCMS Certified Vials, all of which are optimized for use with the ACQUITY system. These goods, which are part of ASTM Method D7574-09, have been chosen to provide the best possible performance.