Dionex™ AminoTrap Columns
Product Image
Thermo Scientific™

Dionex™ AminoTrap Columns

For monosaccharide analysis, use Thermo Scientific™ Dionex™ AminoTrap™ Columns to retain amino acids and prevent them from interfering with the analysis.
Have Questions?
Change viewbuttonViewtableView
Catalog NumberColumn TypeDiameter (Metric)Length (Metric)
060146Trap Column3 mm30 mm
SP5578Trap Column2 mm50 mm
046122Trap Column4 mm50 mm
Catalog number 060146
Price (USD)
475.00
Each
Add to cart
Column Type:
Trap Column
Diameter (Metric):
3 mm
Length (Metric):
30 mm
Price (USD)
475.00
Each
Add to cart
For monosaccharide analysis, use Thermo Scientific™ Dionex™ AminoTrap™ Columns to retain interfering amino acids until the monosaccharides have been eluted. Install this in-line pretreatment column in place of the guard column and before an analytical carbohydrate monosaccharide column, such as the Dionex™ CarboPac™ PA20 or CarboPac PA10 column. In this configuration, the AminoTrap column eliminates fouling of the working electrode for samples such as glycoprotein hydrolysates or food sources that contain lysine.
The Dionex AminoTrap column contains a 10μm particle size, high-capacity, anion-exchange resin that has high selectivity for hydrophobic amino acids relative to monosaccharides when using hydroxide eluents.

Recommend Monosaccharide Analytical Columns
  • Use the 4 × 50mm trap column with the CarboPac PA10 column.
  • Use the 3 × 30mm trap column with the CarboPac PA20 column.
  • Use the 0.4 x 35mm trap column with the CarboPac PA10 (0.4 mm) and Dionex CarboPac PA20 (0.4 mm) columns.
Specifications
Column ConstructionPEEK
Column TypeTrap Column
DescriptionAminoTrap; 3 x 30 mm
For Use With (Application)Retention of Amino Acids from Carbohydrate Samples
For Use With (Equipment)HPAE-PAD
Max. Pressure3000 psi (207 bar)
Solvent Compatibility100% Compatible with Common HPLC Solvents and 100% Water
Particle Size6.5 μm
Stationary PhaseCarboPac PA20
FormatMicrobore
pH0 to 14
Resin Composition6.5 μm Diameter Substrate (Ethylvinylbenzene 55% Crosslinked with Divinylbenzene) Agglomerated with 130 nm MicroBead Difunctional Quaternary Ammonium Ion (5% Crosslinked).
Temperature (Metric)4°C to 60°C
Length (Metric)30 mm
Diameter (Metric)3 mm
Unit SizeEach