RMX GC column using TriMax deactivation technology

basic information

Minimizing the impact of residual active sites, which tend to be problematic in conventional GC columns, achieves high levels of low detection limits, quantitative reliability, and column durability. This design continues to meet stringent data quality requirements for an extended period, even in the current GC analysis environment where the list of analytes is expanding. Long lifespan: Reduced operational burden through extended performance life. Stable calibration curve: Reduced frequency of recalibration, improving data reliability. Quantification in trace regions: Stable response and reproducibility even at low concentration levels. Ultra-inert GC column: Silica surface treatment that minimizes interactions with an extremely inert and clean column inner surface. The TriMax deactivation technology suppresses the effects of residual active sites and surface contamination, forming an extremely inert and contamination-free column inner surface. To accommodate different analytical conditions and maintenance policies, the RMX series offers multiple configuration options. Integral-Guard is a guard column integrated design that minimizes contamination and adsorption on the inlet side, while Integral-Transfer Line is an integrated type for the MS transfer line that prevents sensitivity loss and variability just before the MS. All lineups of the RMX series can be confirmed from related products.

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Applications/Examples of results

Particularly suitable analysis targets ■ Highly active compounds ■ Trace level analysis ■ Multi-component simultaneous analysis including an extended analyte list ■ Complex matrices (food, environmental, industrial samples)

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