Discover Triple Quadrupole ICP-MS For the Analysis of Trace Elements

Download the free tool kit to learn more

Inductively coupled plasma mass spectrometry (ICP-MS) is recognized as a key technique for the analysis of trace elements in a wide variety of sample types. However, using single quadrupole ICP-MS can result in unresolved spectral interferences and lead to biased or false positive results. This is especially true for monoisotopic or quasi-monoisotopic elements, such as arsenic, a key analyte in many regulated methods governing the safety of drinking water, foodstuffs or pharmaceutical products, for example.

Triple quadrupole ICP-MS systems allow for consistent interference removal regardless of the sample matrix and provide a significant improvement for detection limits of challenging analytes. Learn how easy it can be to switch your instrumentation from single to triple quadrupole for better results by downloading our free tool kit.

Included in this kit, you will find:

A comprehensive guide to method development using triple quadrupole ICP-MS – Learn how interferences can affect the detection of most elements in the periodic table and how to overcome them
Smart Note Triple Quadrupole Technology - See how the iCAP TQ ICP-MS achieves consistent interference removal regardless of the sample matrix
TQ-ICP-MS applications compendium – Find a wealth of literature describing showing the lowest limits of detection
Brochure: iCAP TQ ICP-MS
Smart Note: SQ or TQ ICP-MS: Which technique is right for my laboratory?

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