VertiSep™ PRP-L21 HPLC columns are 100% Polystyrene Divinylbenzene (PS-DVB) for compatibility with equivalent high efficiency as silica-based C18 columns and pH stable range 1-14. VertiSep™ PRP-L21 columns comply with USP L21 specification and ideal for reverse phase separation of biopharmaceutical and pharmaceutical applications.
VertiSep™ PRP-AQ HPLC columns are Hydoxylated Polystyrene Divinylbenzene (PS-DVB-OH) for difference selectivity by reverse phase or normal phase chromatography. VertiSep™ PRP-AQ columns can be use with 100% water with minimum shrinkage. VertiSep™ PRP-AQ columns are ideal for polar compounds.
VertiSep™ PRP-C18 HPLC columns are Polyvinylaclohol-based C18 for replacement of silica-based C18 columns due to the same separation efficiency and logical elution order. VertiSep™ PRP-C18 columns are stable in pH range 2-13 solutions not possible on silica. Polyvinylalcohol offers minimum shrinkage and swelling. VertiSep™ PRP-C18 columns are ideal for small analytes, peptides and small proteins.
VertiSep™ PRP-C8 HPLC columns are polyvinylaclohol-based C8 for replacement of silica-based C8 columns due to the same separation efficiency and logical elution order. VertiSep™ PRP-C8 columns are stable in pH range 2-13 solutions not possible on silica. Polyvinylalcohol offers minimum shrinkage and swelling. VertiSep™ PRP-C8 columns are ideal for small analytes, peptides and small proteins.
VertiSep™ PRP-NH2 HPLC columns are polyvinylalcohol-based NH2 for replacement of silica-based NH2 columns due to the same separation efficiency and logical elution order. VertiSep™ PRP-NH2 columns are stable in pH range 2-13 solutions not possible on silica. Polyvinylalcohol offers minimum shrinkage and swelling. VertiSep™ PRP-NH2 columns are ideal for analysis of saccharides in normal phase like silica-based NH2 columns but longer life-time.
VertiSep™ PRP are manufactured by statistic process control of silica synthesis, bonding and column packing. The reproducible column packing method control provides exceptional efficiency, symmetry and reproducible capacity factor |
