Agilent Pursuit HPLC Columns Product Brochure

Agilent Pursuit family and Agilent HC(2)/TC(2) columns provide you with reliable alternatives that will meet the demands of your HPLC applications. The Pursuit family includes general-purpose C18 and C8 phases, as well as special Diphenyl and PFP phases; our HC(2)/TC(2) columns provide a simple, reliable choice for most routine applications.


Agilent Pursuit HPLC Columns Product Brochure - cover page
Brand
Agilent
Category
Other
Document type
Product Leaflet
Language
English
Pages
4
File format
PDF
File size
429 KB
Published
03 July, 2012
Updated
30 September, 2023
MD5 checksum
C3F6BC1AFD08956FAF663AF638AE49B1

About this manual

This document introduces the Agilent Pursuit family of HPLC columns, which complement the ZORBAX LC family with reliable selectivity alternatives. The family includes general-purpose C18 and C8 phases, as well as special Diphenyl and PFP phases designed for confident analysis of aromatics and polar separations. Additionally, the HC(2) and TC(2) columns are presented as a simple, reliable choice for routine applications requiring high carbon load.

What's inside

  • Reliable selectivity alternatives
  • Pursuit column families
  • HC and TC columns
  • High productivity features
  • Confident analysis of aromatics
  • Reliable polar separations
  • Ordering information
  • Column specifications

Specifications

Particle Size3 um to 10 um
Pore Size (Pursuit XRs)100A
Surface Area (Pursuit XRs)440 m2/g
Carbon Load (Pursuit XRs C18)22%
Carbon Load (Pursuit XRs Ultra C18)23.2%

Frequently asked questions

What are the advantages of Pursuit columns?

They offer high productivity with smaller surface area and larger pore size, and higher loadability with Pursuit XRs columns.

What is the purpose of Pursuit Diphenyl columns?

They utilize strong dipole-dipole hydrogen bonding and pi-pi mechanisms for different selectivity with aromatic compounds.

What is the particle size range for Pursuit columns?

The columns are available in particle sizes ranging from 3 um to 10 um.

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