Hypercarb 5µm 50x2.1mm Column

Part Number: TFS-35005-052130
Manufacturer: Thermo Scientific
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Delivery Time: approx. 6 days
Excl. 19% taxes, excl. Shipping costs
Packaging unit: 1 pc, Minimum order quantity: 1 pc
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Product Description

The Hypercarb HPLC column 50x2.1mm, 5µm, based on porous graphitic carbon with a homogeneous graphitic surface without bonded ligands. Retention combines dispersive, electronic and pronounced shape-selective interactions. The chemically robust phase retains very polar, isomeric and ionic substances that are only weakly separated on conventional reversed phases. Hypercarb is used particularly for carbohydrates, glycan isomers, polar metabolites, nucleosides and structural isomers.

Features and Benefits

  • Porous graphitic carbon as the stationary phase
  • High retention of polar and structurally similar compounds
  • Shape and charge selectivity in addition to hydrophobicity
  • Broad pH and solvent stability

Additional Notes

Hypercarb is not based on bound silica, but entirely on porous graphitic carbon. The planar, highly polarizable surface generates hydrophobic, dispersive, charge-induced, and shape-selective interactions. As a result, highly polar or structurally similar molecules are often retained more strongly than on C18. When developing methods, eluent strength, temperature, and the specific adsorption characteristics of graphite must be taken into account.

Legal Information

Thermo Scientific is a brand name of Thermo Fisher Scientific Inc. Hypercarb refers to a product line within the Thermo Scientific chromatography portfolio.

Product Specification

Brand Hypercarb
Product Type HPLC Column
Length 50 mm
Internal Diameter 2.1 mm
Particle Size 5 µm
Chemistry Carbon
Chemistry Producers Term Carbon
Pore Size 250 Å
USP Class L109
Carbon Load 100 %
Bet Surface Area [m2/g] 120.0
Country of Origin Lithuania
Column Type Analytical Column
Hardware Material Stainless Steel
Hardware Type Ready-to-use Column
pH Minimum 0.0
pH Maximum 14.0
Temperature Maximum [°C] 200
Mode of Separation Mixed-mode phases
Technology HPLC
Matrix Carbon
Particle Morphology porous graphitic carbon
Pressure Stability 400 bar

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