Capillary GC Columns

InertCap FFAP is a high polarity column bonded with nitroterephthalic acid modified polyethylene glycol. As the liquid phase shows acidity, it is possible to analyze free fatty acids without derivatization. InertCap FFAP is optimal for the analyses of acidic compounds.

InertCap for Amines shows excellent inertness and separation performances in the analysis of amines from C2 to C10. Basic compounds can be perfectly eluted without any adsorption by the column. Unlike other manufacturers’ columns, InertCap for Amines can simultaneously analyze other polar compounds such as alcohols due to our state-of-art...

InertCap Pesticides is specially designed for simultaneous analyses of pesticides with GC/MS. Heat decomposition of pesticides inside the column and influence by matrix can be eliminated.

InertCap Pure-WAX is a high polarity column bonded with polyethylene glycol. Based on newly developed inner treatment technology, InertCap Pure-WAX achieves the highest inertness among the columns available on the market. InertCap Pure-WAX is an optimal column for analyses of acidic compounds and basic compounds that commercially availabl...

InertCap WAX is a high polarity column bonded with polyethylene glycol. It is slightly more polar than InertCap Pure-WAX and suitable for analyses of highly polar samples like solvents.

InertCap WAX-HT is a strong polarity column bonded with polyethylene glycol. By increasing the heat resistance of the stationary phase, InertCap WAX-HT can be also used at the maximum temperature of 280 °C. It is optimal for the analyses of polar samples such as solvents and also for the analyses of high-boiling compounds.

AQUATIC is a medium polarity column bonded with 25% diphenyl - 75% dimethylpolysiloxane specifically designed for the analyses of volatile organic compounds in water. As the column polarity is optimized, AQUATIC enables high separations. A column performance report with analysis of 33 compounds is attached to every column which guarantees...

AQUATIC-2 can be used up to 260 °C. Separation pattern is almost same as AQUATIC. Selectivity for a few types of compounds may be slightly different from InertCap AQUATIC.