Separations is a fundamental scientific discipline focused on the isolation and purification of components from mixtures. Through techniques such as chromatography, distillation, and filtration, separations scientists separate substances based on their physical or chemical properties. This field plays a crucial role in various industries, including pharmaceuticals, food and beverage testing, environmental science, materials research, and more. Explore how separations techniques enable precise analysis, quality control, and the development of innovative products.
Improved Resolution for Free Fatty AcidsPopular choice for food industry method developmentHigh polarity column with excellent thermal and chemical stabilityImprove peak shape for underivatized acids, organic acids, free fatty acids, and alcoholsBonded, solvent rinsable nitroterephthalic acid phaseRecommended UseAcrylates, Alcohols, Aldehydes, Free Fatty Acids, Ketones, Organic Acids, Phenols, Volatile Free Acids
Inferno: Rugged Performance Up to 430 °CNon-metal si-arylene low bleed phase stable to 400 ˚CProvides alternate selectivity to 5% phenyl phasesOften used for confirmation of pesticides, PCB, or other environmental samplesRobust column performance for high temperature bake outsR&D 100 Award-Winning Technology for High Temp TestingWith advanced polymer bonding technology and specialized high temperature polyimide coating, Zebron…
Inferno: Rugged Performance Up to 430 °CFirst non-metal, enhanced durability 35% phenyl phase witih 400 °C temperature stabilityGreat for high molecular weight compoundsRobust column performance for high temperature bake outsRecommended for chemists struggling with high boilers, contaminants, or carry-oversR&D 100 Award-Winning Technology for High Temp TestingWith advanced polymer bonding technology and specialized high temper…
Pirkle-brush Concept Chiral HPLC ColumnsChirex® HPLC columns utilizes Pirkle-brush concept for direct and indirect resolution of enantiomeric amines, alcohols, carboxylic acids, hydroxy acids, amino acids, ketones, lactones, ethers, esters, and other biologically active compounds. Chirex HPLC columns are available in eleven different stationary phases and offer:High enantioselectivityEasy scale-up from analytical to preparativ…
Aqueous GFC Columns for Natural and Synthetic Water-Soluble PolymersPolySep™-GFC-P columns are composed of a highly hydrophilic synthetic polymer phase which allow for very low nonspecific interaction with the separation matrix. PolySep-GFC-P columns are extremely cost-effective and offer very high efficiencies and good mechanical strength.Use PolySep-GFC-P columns for size exclusion separations of:water-soluble polymersoligom…
Guaranteed Replacement to Inertsil HPLC ColumnsProdigy™ columns have been developed as alternatives to the Inertsil® 3μ ODS-3, 5μ C8, C8-3, Phenyl-3, ODS-2, ODS-3 and ODS-3V packings. These phases represent a major advance in the analysis of basic, acidic and amphoteric compounds.
Purification and Analysis of Synthetic OligonucleotidesThe Clarity BioSolutions LC portfolio includes novel RP-LC and IEX-LC columns for purifying and characterizing synthetic DNA / RNA used in biological research, therapeutic development, and biochemical manufacturing.Clarity Oligo-MS™: LC/MS analysisClarity Oligo-RP™: RP-LC purification and analysisClarity Oligo-WAX™: IEX-LC purification
Works for desalting and clean up of biological samples
Z-Guard columns are universal GC guard columns, designed for use with virtually any GC capillary column, from virtually any manufacturer. Features: Extends column lifetime by preventing stationary phase damage Improves separation, peak shapes (especially early elutors), sensitivity, and accuracy of quantitative results
Synthetic chemistry is seen by some students as a complicated issue. How about changing the perspective? What about simplifying the work of students, teachers and chemists in general?
Detection to trace levels of some metabolites, such as histamine, some amino acids, some steroids and catecholamines, is quickly and simply achieved, with Cecil Electrochemical Detection Adept HPLC.
Stainless steel fittings remain the most popular fitting used on standard HPLC systems today, due to their high temperature resistance and high-pressure holding abilities. Our durable and strong 316 Stainless Steel Fittings are rated to 20,000 psi (1,380 bar) when wrench tightened. You can choose our Standard Fittings, or select from other manufacturer-compatible offerings.
MX Series II™ actuated valves are designed to be added to your existing instrument or to work optimally with stand-alone lab configurations. Our valves can be controlled remotely or operated manually using the push-button front panel with LED position indicator. They easily connect to your instrument or PC through contact closure, BCD, serial port, or USB. Commands can be sent to the MX valves using your chromatograph…
We offer an innovative line of Very High Pressure (VHP) fittings, designed to withstand extreme pressures. This patent-pending line of ground-breaking fitting systems is perfect for use within the increasingly demanding requirements of today’s UHPLC high performance analytical systems.
High performance from a compact design with rapid, reliable, and reproducible quantitative data for the clinical laboratory.
β-Gone β-Glucuronidase Removal 96-well plates and tubes are designed to target and remove β-glucuronidase from hydrolyzed urine samples without requiring additional time or method development. In a single step and in less than 1 minute, your hydrolyzed samples are ready for analysis. In Under a Minute You Can Easily: Increase HPLC/UHPLC Column Lifetime Reduce Mass Spec Maintenance Maintain the Selectivit…
Precise, high-speed elemental analysis for process control in metal production
Improve data quality, lower costs, and increase LC/MS throughput without compromising data quality or sensitivity. The Thermo Scientific™ Transcend™ II system combines proprietary Thermo Scientific™ TurboFlow™ online sample preparation technology and a unique HPLC multi-channel technique to bring the productivity of up to four separate, parallel UHPLC channels to a single mass spectrometer.
