Reprospher 120 SCX-C8

Mixed-Mode HPLC Column with Strong Cation Exchange and C8 Retention

Reprospher 120 SCX-C8 is a mixed-mode HPLC column that combines strong cation exchange (SCX) functionality with hydrophobic C8 retention on spherical silica (120 Å pore size). This dual interaction mechanism enables simultaneous separation of positively charged analytes and nonpolar compounds, providing broader selectivity than conventional single-mode columns. The phase allows flexible method optimization by adjusting mobile phase pH, ionic strength, or organic content. With its robust surface chemistry and spherical silica support, Reprospher 120 SCX-C8 ensures reproducibility, sharp peak shapes, and long column lifetimes, making it particularly valuable for complex pharmaceutical and biochemical analyses.

Reprospher 120 SCX-C8 provides strong cation exchange capacity combined with C8 hydrophobicity – the reliable mixed-mode choice for challenging HPLC separations.

Key Features:

  • Mixed-mode stationary phase: strong cation exchange (SCX) + hydrophobic C8

  • Spherical silica with 120 Å pore size for high efficiency

  • Dual interaction mechanisms for basic/positively charged and hydrophobic analytes

  • Robust bonding for high reproducibility and column stability

  • Suitable for analytical and method development applications

  • Manufactured and QC-tested by Dr. Maisch HPLC GmbH

  • Available in 10 µm

Typical Applications:

  • Separation of basic pharmaceuticals and their hydrophobic impurities

  • Analysis of peptides and biomolecules with cationic functional groups

  • Biochemical and pharmaceutical impurity profiling

  • Method development requiring both ionic and hydrophobic selectivity

Specifications

Request Product
Particle Size
  • 10 µm
Pore Size 120 Å
Phase/Modification C8-SCX
Particle Type
Separation Modes
USP Codes
pH Range 2 to 8

Material Number

Phase Material Number
Reprospher 120 SCX-C8, 10 µm rs10.scx8.
Reprospher 120 SAX-C8 Reprospher Mixed-Mode Phenyl-C18

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

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