Rxi-SVOCms Columns
Designed specifically for semivolatiles (SVOC) analysis, Restek’s new Rxi-SVOCms columns are designed to provide consistent performance that will keep calibrations passing longer so more samples can be run before needing to recalibrate the instrument or replace the column.
Receive your quote directly from the manufacturer.
Essential for mass spectrometry.
Analytical
Column with good robustness and resolution. Stable over time with low bleeding.
Review Date: 21 May 2023 | Restek Corp.
Just fabulous
Environmental
Excellent column low bleeding excellent resolution
Review Date: 16 May 2023 | Restek Corp.
Great Results
Pesticides analysis
This column has made our analysis of pesticides much easier and I look forward to purchasing it again.
Review Date: 11 May 2023 | Restek Corp.
New polymer and deactivation chemistries produce highly inert columns with tightly controlled selectivity resulting in exceptional performance for a wide range of analytes (acidic, basic, and neutral). Rxi-SVOCms columns are tuned specifically to improve peak shape for challenging SVOCs, such as pentachlorophenol, pyridine, and benzidine, as well as to ensure optimized resolution of difficult polycyclic aromatic hydrocarbons (PAH).
In addition, when sample contaminants build up, you can restore performance easily with a simple column trim. Rugged Rxi-SVOCms columns come back to life so you can keep running samples instead of changing columns and recalibrating.
For chemists in the environmental industry who are slowed down by variable column performance, frequent calibration failures, and poor column lifetimes, switching to rugged Rxi-SVOCms columns could ensure data requirements are met longer and downtime is minimized.
Improve semivolatiles method performance with Rxi-SVOCms columns
Semivolatiles methods are essential parts of environmental testing programs, yet they can be difficult for labs to run efficiently because target analyte lists are extensive, and they contain different types of reactive compounds. Restek explains how highly inert columns like its Rxi-SVOCms ensure good chromatography and stable calibrations. The Rxi-SVOCms columns are essential for accurate reporting, offering optimized selectivity, exceptional inertness, and very low bleed – all features that improve analytical performance and lab productivity.
Gas chromatography troubleshooting: Common setbacks and how to overcome them
Gas chromatography (GC) is one of the most common analytical techniques used in chromatography. This analytical process is used to separate and detect compounds in a sample mixture – in order to determine the presence and/or quantity of a chemical component.
This expert guide reveals how to overcome common GC setbacks, and includes a range of top tips to ensure you are able to deliver quality results with high resolution on a regular basis.
This guide will also outline:
- How to analyze semivolatiles with precision
- How low-pressure gas chromatography-mass spectrometry (GC-MS) can be used to speed-up analysis
- How to ensure quality data with appropriate GC inlet maintenance
How to overcome challenges and improve your semivolatile organic compound analysis
Watch this on-demand webinar to explore specific challenges of SVOC analysis and how to overcome them
See semivolatiles clearly with rugged, reliable Rxi-SVOCms columns
New polymer and deactivation chemistries produce highly inert columns with tightly controlled selectivity
