Pursuit Diphenyl

– 4 columns
Vendor: Varian

Pursuit Diphenyl: Superior Selectivity and Resolution for Unsaturated Compounds

  • Unique pi-pi separation mechanism enhances selectivity
  • Fast separations improve productivity
  • Improved peak symmetry delivers accurate quantification

Pursuit Diphenyl is ideal for separating compounds containing double bonds or aromatic functional groups. Unlike C18 based phases, which rely primarily on a hydrophobic retention mechanism, Pursuit Diphenyl separates analytes based on differences in their pi-electron structure. The result is a column with complementary selectivity to C18; one which should be the first choice for separations difficult to achieve on straight chain reverse phase columns.

Because of its unique bonded ligand, Pursuit Diphenyl shows significant reduction in the retention of unsaturated compounds. This leads to faster separations, higher throughput, reduced solvent use, and higher productivity, making the Pursuit Diphenyl phase ideal for the high throughput environment. Additionally, the high bonded phase density and surface coverage of Pursuit Diphenyl provides improved peak shape and exceptional stability from pH 1.5 to 8.0.

Pursuit Diphenyl is also available in narrow bore capillary columns, ChromSep modular hardware and Dynamax™ axial compression hardware.

Brand specifications

Every parameter recorded for every column in this Brand is shown here. A single value applies across the Brand; multiple values show what is recorded across its columns.

Mode Reversed-Phase Carbon Load, % 7.3
Modification Silica/Diphenyl Endcapped Yes
Pore Size (Å) 200 pH stability from 1.5
Surface Area 200 pH stability to 8.0

Choose column specifications

Available: 20 – 200 mm
Available: 2 – 4.6 mm
Available: 3 – 5 μm
Pore Size Recorded value 200 Å

Columns in this brand

Use the selectors above to narrow the list by specification, or search here by P/N or any displayed value.

4 columns shown
A3040100X046 100 4.6 5.0 200
A3040150X030 150 3.0 5.0 200
A3041020X020 20 2.0 3.0 200
A3041200X020 200 2.0 3.0 200
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