AnalytiChem Group’s Post

Elevate your LCMS analysis with the Sartorius lab water system Arium® Mini UV. Achieve the highest water purity that meets ASTM Type I specs. Perfect for mobile phase prep, sample dilution, reagent mixing, and cleaning. Don't let particulates, bacteria, or ions compromise your results. The system ensures peak performance, preventing data issues like overlapping or ghost peaks and protecting your columns. Trust in Arium® Mini UV for ultrapure water, and experience the difference in your chromatography. Unlock your lab's potential today. View more products from Sartorius here: https://buff.ly/3U1hFby Read application note here: https://buff.ly/49y8DIN #LCMS #Waterpurification #LabWater #WaterImpurities

Setting the stage for precision: Our HPLC journey begins with meticulous preliminary column fixation, ensuring accuracy from the very start. 🌐🔍 #AnalyticalExcellence #LabInnovation #PrecisionChemistry #HPLCInsights #ScientificProwess #ChemicalAnalysis

Elevate your LCMS analysis with the Sartorius lab water system Arium® Mini UV. Achieve the highest water purity that meets ASTM Type I specs. Perfect for mobile phase prep, sample dilution, reagent mixing, and cleaning. Don't let particulates, bacteria, or ions compromise your results. The system ensures peak performance, preventing data issues like overlapping or ghost peaks and protecting your columns. Trust in Arium® Mini UV for ultrapure water, and experience the difference in your chromatography. Unlock your lab's potential today. https://buff.ly/43Xtggp Sartorius #LCMS #WaterPurification #LabWater #WaterImpurities

𝐓𝐡𝐞 𝐏𝐆𝐑 𝐚𝐭 𝐒𝐜𝐢𝐗𝟐𝟎𝟐𝟑 Join us at Booth413 at #SciX2023 by Federation of Analytical Chemistry and Spectroscopy Societies (FACSS) to get an exclusive firsthand look, experience its impressive features, and learn how the PGR can transform your process applications. We look forward to showcasing this product and discussing how it can elevate your process understanding, monitoring, and control. See you at the tradeshow! Learn more about the PGR here: https://lnkd.in/gPCufgyT #ProcessControl #ProcessAnalytics #ProcessRaman

Discover the benefits of using Aqueous Normal Phase! Stay ahead of the curve with our in-depth white paper on Aqueous Normal Phase chromatography. Packed with expert insights and practical tips, it's a must read for any lab looking to improve its chromatography results. Download now and get started! https://lnkd.in/en-JTeGJ #AqueousNormalPhase #ANP #MircoSolv

Have you seen our newly released white paper? Peak shape is one of the most common observations chromatographers see in a chromatogram. Whether the peaks in a chromatogram are fronting (asymmetry <1), symmetric, or tailing (asymmetry >1) can tell you a lot about the different types of interactions occurring during an HPLC separation. A positively charged surface phase enables symmetrical peak shapes for challenging basic analytes run under low ionic strength mobile phase conditions. Head to our website to download the full white paper. https://bit.ly/3wfZyHe #halocolumns #AdvancedMaterialsTechnology #WhitePaper #Chromatography

Multi-Column Chromatography (MCC) in Biomanufacturing, Now and in the Future Learn what intensified continuous chromatography is and how it can increase productivity. https://lnkd.in/gzPVneAq

Do you want to know more about the potential of SUPRAS in generic sample prep. for wide screening? Check our our last article in Advances in Sample Preparation https://lnkd.in/dp-Vn37a

Tackling challenging color additives? Direct mercury analysis can help you along the way! Effective for all, even those tricky to analyze with XRF. From color additives containing Barium to elements like bromine, the DMA analyzers can directly determine mercury in solid and liquid samples using the principle of thermal decomposition coupled with amalgamation and atomic absorption. Read the following scientific paper to learn how to ensure safety and compliance in certifiable color additives. 🎨🔬 #MercuryAnalysis #TDA_AAS #ColorAdditives #AnalyticalChemistry #DMA-80 #HelpingChemists

If you are performing headspace analysis, it is critical that the GC cycle time be calculated correctly. If the cycle time is too short, sample quality can be reduced and possibly stop the analysis prematurely. If it’s too long, sample throughput will suffer because vials must wait longer than necessary before processing. An article in the Agilent community GC knowledge portal explains how to determine cycle time. It covers manual calculation and how to track it in Agilent OpenLab CDS, OpenLab ChemStation, and MassHunter. Read more: https://bit.ly/3PEf9qC #headspacesampling #gaschromatography #gcms