ReproSil-Pur 60

High-Purity Silica HPLC Columns for Small Molecule Analysis

The ReproSil-Pur 60 series is based on high-purity spherical silica particles with a 60 Å pore size, developed for high-efficiency analytical HPLC separations. These phases combine excellent mechanical stability, high reproducibility, and long column lifetimes, making them suitable for both routine and demanding chromatographic applications.

ReproSil-Pur 60 columns are available either as ODS-3 or as Si. The ODS-3 version provides strong hydrophobic retention and broad applicability in reversed-phase chromatography, covering a wide range of pharmaceuticals, biomolecules, and organic compounds. In contrast, the unmodified silica phase is ideal for normal-phase chromatography, adsorption processes, and the separation of polar analytes. Together, these variants offer flexibility and reliability for diverse analytical tasks in pharmaceutical, chemical, and biochemical laboratories.

ReproSil-Pur 60 delivers proven silica performance with versatile selectivity – the reliable choice for high-efficiency analytical HPLC separations.

Specifications

Particle Sizes 3 µm, 5 µm, 10 µm
Phases/Modifications C18, Si
Pore Sizes 60 Å
Surface Areas 450 m²/g

Key Features:

  • High-purity spherical silica with 60 Å pore size

  • Available as ODS-3 (C18) and Si (unmodified silica)

  • Excellent mechanical strength and column efficiency

  • High reproducibility and long operational lifetime

  • Suitable for analytical and preparative HPLC

Typical Applications:

  • Reversed-phase HPLC of pharmaceuticals, biomolecules, and organic compounds (ODS-3)

  • Normal-phase separations of polar and hydrophilic analytes (Si)

  • Method development requiring complementary selectivity

  • Routine quality control in pharmaceutical, chemical, and biochemical laboratories

Products

Name Particle Sizes Carbon Load Pore Size
ReproSil-Pur 60 ODS-3 3 – 10 µm 18 % 60 Å
ReproSil-Pur 60 Si 3 – 5 µm 0 % 60 Å
ReproSil-Pur 120

Any questions?
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info@dr-maisch.com +49 7073 5035 7

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