Shodex (Resonac) / Sugar Series

Shodex Sugar Series

SUGAR columns for analysing saccharides

Shodex presents the SUGAR series columns for the analysis of saccharides by ligand exchange chromatography.

Why should you use the SUGAR columns for analysing saccharides?

SUGAR SC1011, 1821, SP0810, KS-801/802

  • Only water is required for analysing neutral sugars
  • Available with the metal ions Ca2+, Pb2+ or Na+

 

SUGAR KS-803 to 807

  • Only water is required for analysing neutral sugars
  • Separation of sugars by size exclusion chromatography (SEC)

 

SUGAR DC-613

  • Sugar analyses are possible without removing sodium ions from the sample
  • Separation using ligand exchange chromatography and HILIC

SUGAR SZ5532

  • For the analyses of disaccharides and trisaccharides
  • Separation by ligand exchange chromatography and HILIC

 

SUGAR SC1211

  • For the analyses of sugar alcohols
  • Separation by ligand exchange chromatography and HILIC

 

SUGAR SH1011 and SH1821

  • For the simultaneous determination of sugars and organic acids
  • Separates sugars using the size exclusion mode and organic acids using the ion exclusion mechanism

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SD-F6700021
SD-F6700002
SD-F6502012
SD-F6502011
SD-F6502010
SD-F6502009
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SD-F6502007
SD-F6378103
SD-F6378070
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Technical Data

Phase

Counter ion

Particle size

USP

SUGAR SP0810

Pb2+

7 µm

L22/L34

SUGAR SC1011

Ca2+

6 µm

L19/L22

USPpak MN-431

Ca2+

8 µm

L19/L22

SUGAR SC1211

Ca2+

6 µm

L19/L22

SUGAR KS-801

Na+

6 µm

N/A

SUGAR KS-802

Na+

6 µm

N/A

SUGAR KS-803

Na+

6 µm

L22/L58

SUGAR KS-804

Na+

7 µm

L22/L58

RSpak DC-613

Na+

6 µm

N/A

SUGAR SZ5532

Zn2+

6 µm

L22

SUGAR SH1011

H+

6 µm

L17/L22

SUGAR SH1821

H+

6 µm

L17/L22

Chemistry and mechanism of separation of SUGAR columns

SUGAR columns are based on hard styrene divinylbenzene copolymer and a strong anion exchange resin containing sulfo functional groups with metal ions. The metal ions interact with hydroxyl groups of the saccharides. Due to the steric differences of the saccharides, either more or fewer hydroxyl groups form a complex with the metal ion. This results in a stronger or weaker ligand exchange potential and a different sugar separation.

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