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PLOT columns
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Description:
SS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
OUT OF STOCKSS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
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Description:
SS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
OUT OF STOCKSS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
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Description:
SS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
OUT OF STOCKSS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
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Description:
SS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
OUT OF STOCKSS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
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Description:
SS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
OUT OF STOCKSS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
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Description:
SS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
OUT OF STOCKSS-PLOT-Silica is used for isomer analysis of hydrocarbons up to C4. In addition, since there is almost no effect of retention time due to moisture, it can be used stably even with sample gas containing a lot of moisture. In addition, sulfur gases such as H2S and COS can be also separated at the ppm level.
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Description:
SS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
OUT OF STOCKSS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
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Description:
SS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
OUT OF STOCKSS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
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Description:
SS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
OUT OF STOCKSS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
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Description:
SS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
OUT OF STOCKSS-PLOT-Carbon is an ideal column for the analysis of hydrocarbons in ethylene, (He, Xe, Ne, O2/Ar, N2, CO, CH4, CO2) in ethylene and propylene. The maximum operating temperature of SS-PLOT-Carbon has been extended to 300 °C. Therefore, high-boiling compounds can be eluted in a short time. Since it is not affected by water, the repeatability of the retention time is excellent.
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Description:
SS-PLOT-Amine is a PLOT column originally developed for the analysis of highly volatile amines. By modifying a portion of the styrene-divinylbenzene polymer used as a packing material, it was possible to analyze trace amounts of amines and ammonia by reducing adsorption and tailing. In case of non-volatile amine analysis, an SS-Amine column is recommendable.
OUT OF STOCKSS-PLOT-Amine is a PLOT column originally developed for the analysis of highly volatile amines. By modifying a portion of the styrene-divinylbenzene polymer used as a packing material, it was possible to analyze trace amounts of amines and ammonia by reducing adsorption and tailing. In case of non-volatile amine analysis, an SS-Amine column is recommendable.
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Description:
SS-PLOT-Amine is a PLOT column originally developed for the analysis of highly volatile amines. By modifying a portion of the styrene-divinylbenzene polymer used as a packing material, it was possible to analyze trace amounts of amines and ammonia by reducing adsorption and tailing. In case of non-volatile amine analysis, an SS-Amine column is recommendable.
OUT OF STOCKSS-PLOT-Amine is a PLOT column originally developed for the analysis of highly volatile amines. By modifying a portion of the styrene-divinylbenzene polymer used as a packing material, it was possible to analyze trace amounts of amines and ammonia by reducing adsorption and tailing. In case of non-volatile amine analysis, an SS-Amine column is recommendable.