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QuEChERS Dispersive SPE methods offer a convenient and effective approach for extraction and clean- Read more...
Unlike other suppliers of QuEChERS extraction kits, Agilent QuEChERs salts and buffers are pre-packaged in anhydrous packages. This allows you to add them after adding your solvent to the sample, as specified in the QuEChERS methodologies.... Read more...
Agilent offers dispersive SPE kits that are specifically designed to remove lipids from high-fat samples, though they can be used with any sample type. The sorbent will pull interfering lipids from samples while leaving analytes behind. T... Read more...
Designed for use in all QuEChERS methods for pesticides in fruits and vegetables, including the original unbuffered method, AOAC 2007.1, and EN15662.
Kit contains organochlorine, organonitrogen, organophosphorus, and carbamate fungici... Read more...
Q-sep™ QuEChERS Tubes for Pesticide Residue Analysis
• Fast, simple sample extraction and cleanup using dSPE. • Fourfold increases in sample throughput. • Fourfold decreases in material cost. • Convenient, ready to use centrifuge t... Read more...
The latest addition to UCT’s QuEChERS line puts a new “spin” on dSPE. SpinFiltr™ combines the practice of conventional dSPE with the added benefit of ultrafiltration.
UCT’s new format of dSPE salts paired with a 0.2µm filtr... Read more...
Chlorophyll in QuEChERS extracts must be removed to reduce potential instrument downtime. This is removed from extracts using graphitized carbon black (GCB) Unfortunately, GCB also removes planar analytes reducing analytical accuracy. C... Read more...
Targeted lipid removal from fruit, vegetable, and agricultural based sample types.
Dispersive SPE (dSPE), often referred to as the "QuEChERS" method (Quick, Easy, Cheap, Effective, Rugged, and Safe), is modern sample prep technique that is becoming increasingly popular in the area of multi-residue pesticide analysis in... Read more...
There is a growing need for applications in food and environmental areas able to cope with the analysis of a large number of analytes in very complex matrices. New analytical procedures demand sensitivity, robustness, effectiveness and hi... Read more...