Sugar analyses using NEW ACE NH2 (Amino) HPLC/UHPLC columns

HPLC, UHPLC

Sugar analyses using NEW ACE NH2 (Amino) HPLC/UHPLC columns

22 Jun, 2016

Published over 10 years ago. See the latest and most current information on HPLC, UHPLC.

This new high stability amino phase from Advanced Chromatography Technologies is ideal for the analysis of sugars. ACE NH2 (Amino) columns are based on a proprietary bonding technology which provides high robustness and excellent column lifetimes.

  • Proprietary bonding technology
  • Use in RP, NP, weak-anion exchange and HILIC modes
  • Ultra-inert and high efficiency 1.7μm, 3μm and 5μm particles
  • Excellent reproducibility batch-to-batch and column-to-column
  • Ideal for analysis of sugars

ACE Amino is one of a wide range of carefully engineered ACE UHPLC/HPLC phases. These phases incorporate the latest developments in stationary phase technology in order to provide chromatographers with more choices for alternative selectivity but without compromising stability or robustness. Phases include the ACE C18-AR which combines the hydrophobic characteristics of a C18 phase with the aromatic selectivity of a phenyl phase, the ACE C18-PFP which combines the hydrophobic characteristics of a C18 phase with the alternative selectivity offered by a pentafluorophenyl phase and the ACE C18-Amide and the ACE CN-ES (both phases offer alternative selectivity and are especially recommended for improved retention of polar compounds). Other products include the ACE SuperC18, a highly inert, highy pH stable C18 phase and ACE UltraCore, solid-core technology particle columns providing high efficiency separations but at reduced back pressures.

For further information on any ACE product contact us or visit the website.

Latest News

Explore Our Other Sites

Labmate Online
Single medium supports both 2D and 3D pluripotent stem cell culture and growth
Explore more Arrow
Envirotech Online
Meeting to explore the challenges of measuring ammonia across energy, healthcare and the environment
Explore more Arrow
Pollution Solutions Online
Vacuum technology enables efficient lithium-ion battery recycling with recovery rates of up to 95%
Explore more Arrow
Petro Online
The expanding role of high-temperature, high-shear viscometry in modern engine oil development
Explore more Arrow