IC/MS Systems
Save Time with Positive Analyte Identification to Provide Unquestionable Results
Combine ion chromatography separations with MS detection and your results will stand out like never before. Gain confidence in your determinations by positively identifying the analytes in your samples. With IC and MS together, you can determine ionic and polar compounds that other techniques just can’t match. The chromatographic separation isolates analytes and interferences from other analytes, while the mass spectrometer information provides a fingerprint for each analyte. You can determine parameters such as oxidation state speciation, molecular mass identification, isotope ratios, and fragmentation patterns while avoiding coelution and background interferences.
Discover New Levels of Sensitivity and Specificity
Supply results for even the most difficult samples. Identify analytes that you or your customers may not have known about due to lack of separation or detection in conventional IC. Adding a second dimension to your method provides a whole new level of information. Not just any MS delivers these results. Low-mass species, such as many small ions, require instrument refinements. The MSQTM Plus with its enhanced low-mass capabilities delivers results for small ions critical to you. Low-mass response is improved 10- to 100-fold for ions with m/z below 100. Need even more sensitivity? Use the classic preconcentration and matrix elimination techniques available with Dionex high-caPACity columns. Determining organic acids in pharmaceutical preparations, cation and amines in industrial chemicals, or perchlorate in groundwater are only a few of the applications that become routine with IC/MS.
MSQ Plus Mass Spectrometric Detector
The MSQTM Plus is the smallest and most sensitive single quadrupole MS detector on the market for both LC and IC. It features a newly designed self-cleaning triple orthogonal Atmospheric Pressure Ionization (API) source for outstanding sensitivity and noise reduction. The MSQ Plus is compatible with existing LC and IC methods, especially those including salts, ion-pairing agents, and dirty matrices. It’s more sensitive, rugged, powerful, easier to use, and smaller than any other instrument of its kind.
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