HPLC
New C8 HPLC Column Extends Family Range
Jun 08 2012
Thermo Fisher Scientific Inc have announced the Thermo Scientific Accucore C8 HPLC column. Based on state-of-the-art Core Enhanced Technology™, the new C8 HPLC column expands the Accucore™ HPLC family of columns with a shorter alkyl length bonded phase, which provides lower hydrophobic retention than the equivalent C18 phase. The new phase enhances chromatographic performance without generating excessive operating pressure, enabling laboratories to improve sample throughput and quality of results. Compatible with any instrument from any manufacturer, the Accucore C8 HPLC column is recommended for analytes with medium hydrophobicity.
Core Enhanced Technology features solid core particles engineered to a diameter of 2.6µm, and an average particle size distribution (D90/10) of 1.12, enabling high-speed, high-resolution separations with backpressures significantly lower than those associated with UHPLC. The advanced bonding technology used in Accucore HPLC columns results in excellent peak shapes through high bonding coverage and minimised secondary interactions. The automated packing processes used during column manufacture produce uniform tightly packed columns which are robust and reproducible.
“The Accucore C8 HPLC column represents a high-value extension to the Accucore HPLC column family,” said Darren Thomas, Business Director, Chromatography Consumables Solutions, Thermo Fisher. “Designed to improve chromatographic separations, the new column offers HPLC/UHPLC users improved sample throughput without producing excessive pressures.”
Digital Edition
Lab Asia 32.2 April
April 2025
Chromatography Articles - Effects of small deviations in flow rate on GPC/SEC results Mass Spectrometry & Spectroscopy Articles - Waiting for the present to catch up to the future: A bette...
View all digital editions
Events
Apr 09 2025 Tokyo, Japan
Apr 22 2025 Hammamet, Tunisia
Apr 22 2025 Kintex, South Korea
Analytica Anacon India & IndiaLabExpo
Apr 23 2025 Mumbai, India
Apr 23 2025 Moscow, Russia