ACQUITY Premier Columns
ACQUITY Premier Columns with MaxPeak High-Performance Surface (HPS) technology reduce analyte/surface interactions.

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ACQUITY Premier Columns are the next evolution in the ACQUITY Column family. These columns are built on Waters' industry-leading and trusted sub-2-µm particle technologies to maximize separation performance and utilize MaxPeak High-Performance Surface (HPS) technology, reducing analyte/surface interactions.
ACQUTY Premier Columns are designed specifically for chromatographers who need to reduce variability risks and save time, while increasing recovery and sensitivity. Non-specific adsorption (NSA) of metal sensitive compounds is an unpredictable challenge, leading to long column passivation times, chromatography with large RSDs, and broad peaks that can be a challenge to detect.
Analytical workflow solutions for PFAS analyses
Environmental contamination by per- and polyfluoroalkyl substances (PFAS) and rising concerns about its long-term impacts on the general population, have increased the urgency for wider PFAS analysis. Initially the focus was solely on environmental matrices but has now expanded into food analysis due to the risk to consumers. Accordingly, regulations and guidance documents have been released to assure the quality of water bodies, drinking water and most recently also for food and feed. Here, Waters describes the workflow of its sample-to-result approach for PFAS analysis that can be incorporated into any lab whether the focus is food, water or environmental.
The pursuit of the perfect HPLC column: Reflecting on 50 years of innovation
Dr. Thomas H. Walter, of Waters Corporation, looks back at the trials, tribulations, and triumphs that paved the way to today’s advanced separation technologies
Experts provide educational and actionable insights on liquid chromatography
Watch this on-demand webinar series to discover innovative liquid chromatography solutions designed to provide ultimate performance, particularly for metal-sensitive analytes






















