Application Notes: LC/HPLC

Dec 13, 2017
Sponsored Content - NA
New HILIC developments allow for sensitive analysis of underivatized amino acids. Speed and resolution are enhanced by superficially porous particle technology.
Dec 11, 2017
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• High-efficiency separations at any pH • Rigid stationary phase has excellent mechanical and thermal stability (> 100 °C), • No shrinkage or swelling
Dec 06, 2017
Sponsored Content - NA
By IMTAKT
Typically, silica-based size exclusion columns require high concentrations of non-volatile salts to facilitate timely elution, and require dedicated columns for GPC or GFC applications. Addressing these issues, our new size exclusion chromatography silica-based column utilizes volatile salts making it compatible with MSn, CAD or ELSD; provides excellent results in aqueous and/or organic mobile phases; and offers the mechanical stability of silica-based columns.
Dec 01, 2017
Sponsored Content - NA
Kinetex 3.5 μm PAH core-shell columns were developed to offer increased sensitivity and speed for PAH HPLC and UHPLC methods, such as EPA 8310.
Dec 01, 2017
Sponsored Content - NA
Separation of 26 PAHs spanning both EPA and EU/EFSA target lists using a Kinetex 3.5µm PAH core-shell HPLC–UHPLC column.
Dec 01, 2017
Sponsored Content - EU
Separation of 26 PAHs spanning both EPA and EU/EFSA target lists using a Kinetex 3.5µm PAH core-shell HPLC–UHPLC column.
Dec 01, 2017
Sponsored Content - EU
Kinetex 3.5 μm PAH core-shell columns were developed to offer increased sensitivity and speed for PAH HPLC and UHPLC methods, such as EPA 610.
Dec 01, 2017
Sponsored Content - NA
In this technical note, we provide analytical LC methods for the chromatographic separation of the 18 PAHs outlined in EPA Method 8310 using a simple water and acetonitrile gradient.
Dec 01, 2017
Sponsored Content - NA
Kinetex 3.5 μm PAH core-shell columns were developed to offer increased sensitivity and speed for PAH HPLC and UHPLC methods, such as EPA 610.
Dec 01, 2017
Sponsored Content - EU
Two new columns for the analysis of PAHs by LC and GC. Uniquely developed stationary phases for separation of critical PAH isomers from environmental, food, and consumer product samples.
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