Chromatography Consumables & Solutions

Components enabling separation, analysis, purification.

List of Products from this Category

HPLC Columns

Protein BEH SEC Column, 125Å

Mid-size pore SEC column for analysis of proteins from 1,000 to 80,000 daltons.
Column packing material comprises of a diol bonded to a high pore volume Ethylene Bridge Hybrid (BEH) substrate. Column is specially QC tested with protein standards.
HPLC Columns

Protein BEH C4 Column, 300Å

Wide pore C4 column for protein analysis.
Column packing material comprises of a proprietary monofunctional bonded C4 ligand bonded to an Ethylene Bridge Hybrid (BEH) substrate. Column is optimised to separate proteins based on size, hydrophobicity and isoelectric point, and is specially QC tested with protein mixture.
HPLC Columns

Peptide BEH C18 Column, 300Å

Small pore C18 column suitable for peptide analysis
Column packing material comprises of a fully endcapped trifunctional bonded C18 ligand bonded to an Ethylene Bridge Hybrid (BEH) substrate, offering the widest usable pH range, superior low pH stability, and ultra-low column bleed to assay samples for proteomics, protein characterisation and peptide synthesis. Column is specifically QC tested with cyotchrome c digest standards for peptide separation.
HPLC Columns

Peptide BEH C18 Column, 130Å

Small pore C18 column suitable for peptide analysis
Column packing material comprises of a fully endcapped trifunctional bonded C18 ligand bonded to an Ethylene Bridge Hybrid (BEH) substrate, offering the widest usable pH range, superior low pH stability, and ultra-low column bleed to assay samples for proteomics, protein characterisation and peptide synthesis. Column is specifically QC tested with cyotchrome c digest standards for peptide separation.
HPLC Columns

BEH Amide Column

Amide column designed to separated a range of very polar compounds, especially carbohydrates.
Column packing material comprises of a trifunctional bonded amide ligand bonded to an Ethylene Bridge Hybrid (BEH) substrate, enabling separation of a wide range of polar analytes of differing polarity, structural moeity and pKa. Column is compatible with all modern detectors including MS, ELSD, UV, and fluorescence. Column is treated with MaxPeak High Performance Surface hardware technology to significantly reduce unwanted analyte/surface interactions so as to improve peak shape and minimise loss in signal intensity.
HPLC Columns

BEH HILIC Column

HILIC column suited for retention of very polar, very basic, water-soluble analytes.
Column packing material comprises of unbonded Ethylene Bridge Hybrid (BEH) substrate. With its chemically stable phenyl sorbent, column can yield chromatographic results of ultra-low column bleed, long column lifetimes and excellent peak shapes, especially for polyaromatic analytes.
HPLC Columns

BEH Phenyl Column

Phenyl column suited for method development of alternate selectivity, particularly polyaromatics.
Column packing material comprises of a fully endcapped trifunctional bonded C6 phenyl ligand bonded to an Ethylene Bridge Hybrid (BEH) substrate. With its chemically stable phenyl sorbent, column can yield chromatographic results of ultra-low column bleed, long column lifetimes and excellent peak shapes, especially for polyaromatic analytes.
HPLC Columns

BEH Shield RP18 Column

Reversed-phase C18 column with alternate selectivity, particularly with phenolic analytes.
Column packing material comprises of a fully endcapped monofunctional bonded C18 ligand bonded to an Ethylene Bridge Hybrid (BEH) substrate. Embedded carbamate group in the stationary phase provides alternate selectivity, especially for phenolic analytes. Column is compatible with 100% aqueous phase composition. Column is treated with MaxPeak High Performance Surface hardware technology to significantly reduce unwanted analyte/surface interactions so as to improve peak shape and minimise loss in signal intensity.
HPLC Columns

BEH C8 Column

General purpose reversed-phase C8 column of shorter retentivity suited for method development.
Column packing material comprises of a fully endcapped trifunctional bonded C8 ligand bonded to an Ethylene Bridge Hybrid (BEH) substrate. Designed for method development, the column sees applicability in broadest range of compound classes due to its extreme pH stability.
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