Better Data Quality Maximizes Method Performance

• Analyze a wide range of problematic compounds with confidence.
• Achieve lower detection limits with picogram-level sensitivity.
• Maximize profitability by extending method performance and column lifetime.

RMX GC columns with TriMax deactivation technology maximize trace-level performance, so you can increase productivity and profitability. Exceptional inertness delivers superior peak symmetry across a wide range of challenging active compounds, resulting in more linear calibrations and higher recoveries.

By maximizing data quality, RMX GC columns generate more compliant results—even for the most challenging semivolatiles—so accurate results are reported, and samples keep moving through the lab.

What Makes RMX GC Columns Better?

Highly Effective TriMax Deactivation Protects Analytes From Surface Interactions, Improving Peak Shape and Sensitivity for a Wide Range of Compound Chemistries

TriMax Deactivation: Foundation of the RMX Advantage

RMX GC columns are made with TriMax technology, a groundbreaking deactivation that produces an exceptionally inert surface free of the residual active sites left behind by traditional deactivations. TriMax deactivation creates a rugged, contaminant-free surface that ensures outstanding peak shape and sensitivity, even for active compounds, such as acids, bases, alcohols, and more.

RMX-5Sil MS GC Capillary Column

Experience extended column lifetime, achieve wider calibration ranges and lower levels of detection, and confidently quantitate problematic active analytes with RMX GC columns featuring TriMax deactivation technology. TriMax deactivation delivers an exceptionally inert, contaminant-free surface, enabling RMX columns to provide trace-level detection, symmetrical peaks, and rugged performance that bounces back even after aggressive thermal cycles and heavy contamination. Empower your lab to boost productivity by meeting stringent data quality requirements longer, even for expanded analyte lists containing a wide range of extremely challenging compounds.

• Next-generation TriMax deactivation creates a resilient stationary phase and exceptionally neutral sample flow path, delivering the stability needed for extended calibration intervals and more reliable data.
• Maximum inertness improves peak shape for problematic active compound classes, achieving lower detection limits and picogram-level sensitivity for confident quantification of a wide range of analytes.
• Superior column performance supports method consolidation for increased productivity and scaled-down sample extraction volumes for reduced solvent use.

RMX GC Columns With Topaz Inlet Liners

To maximize sensitivity for a wide range of problematic active compounds, including acid, bases, alcohols, and more - pair your RMX GC column with the Topaz inlet liners. By creating an exceptionally inert sample flow path, you can confidently quantitate at trace levels and boost productivity by meeting stringent data quality requirements longer.

• Maximize trace-level sensitivity with kits that combine the next-generation inertness of RMX columns and Topaz inlet liners to give you a truly inert sample flow path and more confidence in your analytical data.
• RMX columns—featuring TriMax deactivation technology—deliver maximum inertness, sensitivity, and durability for demanding applications that include active compounds, such as semivolatiles analysis.
• Choose from single-taper and Precision-style Topaz inlet liners, both contain wool and are thoroughly passivated, minimizing analyte breakdown in the inlet.
• Get the convenience of a manufacturer-specific inlet liner and our most popular RMX-5Sil MS column format (30 m, 0.25 mm ID, 0.25 µm) in one easy order.