HALO® BioClass OLIGO C18 Columns from Advanced Materials Technology

The HALO® OLIGO C18 column from Advanced Materials Technology is designed for high-efficiency separation of oligonucleotides up to 60 bases in length. Featuring a 120 Å pore size and built on Fused-Core® technology, it offers high speed and resolution for oligonucleotide separations. Excellent stability is observed under elevated pH and temperature conditions due to the incorporation of surface modified orgono-silane technology. Surface-passivated hardware minimises stainless steel adsorption, ensuring reliable performance. It is optimised for bioinert environments, providing superior peak shapes and minimising tailing for high molecular weight oligomers.

Part Number Product Description Price Qty
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Features

  • Features surface-modified organo-silane technology for enhanced alkaline resistance, ensuring stability under the high pH conditions typical in oligonucleotide separations
  • 120 Å pore size, enables separations of oligomers up to 60 bases in length
  • 2.7 µm Fused-Core® particles provides speed and efficiency
  • Meets USP L1 classification
  • Ideal for applications using UHPLC and mass spectrometry
  • Surface passivated column hardware reduces potential of stainless steel sample adsorption

Specifications

  HALO® 120 Å OLIGO C18
Phase dimethyloctadecylsilane, surface modified
Particle Type Fused-Core®
Particle Size 2.7 µm
Pore Size 120 Å
Surface Area 75 m2/g
Carbon Load 5.6%
Endcapped Yes
Low pH/Temperature Limit 2/90⁰C
High pH/Temperature Limit 9/85⁰C
Hardware Inert
USP Designation L1

Literature

Bringing the speed and efficiency of Fused-Core® performance to oligonucleotide separations
HALO® columns for protein, peptide and glycan applications
HALO Catalogue (11.13 MB)
A better path to separations with Fused-Core®