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SS Columns
Product Listing
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Description:
SS-PLOT-Q-Bond is a widely used column for the analysis of hydrocarbons and volatile organic solvents. Since a porous polymer (styrene divinylbenzene) is chemically bonded to the column, elution of polymer particles can be minimized. In addition, due to the high heat resistance of the polymer particles, it can be used at 320 °C and the polymer particles do not decompose. Furthermore, since the particle shape does not change due to water, the analysis of samples containing a large amount of water is also stable. A column with a particle trap column (SS-PLOT-Q-Bond-PT) is recommended when connected to an MS detector.
OUT OF STOCKSS-PLOT-Q-Bond is a widely used column for the analysis of hydrocarbons and volatile organic solvents. Since a porous polymer (styrene divinylbenzene) is chemically bonded to the column, elution of polymer particles can be minimized. In addition, due to the high heat resistance of the polymer particles, it can be used at 320 °C and the polymer particles do not decompose. Furthermore, since the particle shape does not change due to water, the analysis of samples containing a large amount of water is also stable. A column with a particle trap column (SS-PLOT-Q-Bond-PT) is recommended when connected to an MS detector.
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Description:
SS-PLOT-Q-Bond is a widely used column for the analysis of hydrocarbons and volatile organic solvents. Since a porous polymer (styrene divinylbenzene) is chemically bonded to the column, elution of polymer particles can be minimized. In addition, due to the high heat resistance of the polymer particles, it can be used at 320 °C and the polymer particles do not decompose. Furthermore, since the particle shape does not change due to water, the analysis of samples containing a large amount of water is also stable. A column with a particle trap column (SS-PLOT-Q-Bond-PT) is recommended when connected to an MS detector.
OUT OF STOCKSS-PLOT-Q-Bond is a widely used column for the analysis of hydrocarbons and volatile organic solvents. Since a porous polymer (styrene divinylbenzene) is chemically bonded to the column, elution of polymer particles can be minimized. In addition, due to the high heat resistance of the polymer particles, it can be used at 320 °C and the polymer particles do not decompose. Furthermore, since the particle shape does not change due to water, the analysis of samples containing a large amount of water is also stable. A column with a particle trap column (SS-PLOT-Q-Bond-PT) is recommended when connected to an MS detector.
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Description:
SS-PLOT-Q-Bond is a widely used column for the analysis of hydrocarbons and volatile organic solvents. Since a porous polymer (styrene divinylbenzene) is chemically bonded to the column, elution of polymer particles can be minimized. In addition, due to the high heat resistance of the polymer particles, it can be used at 320 °C and the polymer particles do not decompose. Furthermore, since the particle shape does not change due to water, the analysis of samples containing a large amount of water is also stable. A column with a particle trap column (SS-PLOT-Q-Bond-PT) is recommended when connected to an MS detector.
OUT OF STOCKSS-PLOT-Q-Bond is a widely used column for the analysis of hydrocarbons and volatile organic solvents. Since a porous polymer (styrene divinylbenzene) is chemically bonded to the column, elution of polymer particles can be minimized. In addition, due to the high heat resistance of the polymer particles, it can be used at 320 °C and the polymer particles do not decompose. Furthermore, since the particle shape does not change due to water, the analysis of samples containing a large amount of water is also stable. A column with a particle trap column (SS-PLOT-Q-Bond-PT) is recommended when connected to an MS detector.
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Description:
SS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
OUT OF STOCKSS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
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Description:
SS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
OUT OF STOCKSS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
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Description:
SS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
OUT OF STOCKSS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
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Description:
SS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
OUT OF STOCKSS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
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Description:
SS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
OUT OF STOCKSS-PLOT-U is the most polar PLOT column and can be used for the analysis of polar compounds such as alcohols, ketones and halogens, organic solvents and non-polar compounds such as hydrocarbons up to C6 (especially C2 isomer analysis). Since it is hardly affected by moisture, the repeatability of the retention time is improved even for samples with high moisture content. Also, the peak of water itself can be obtained sharply, so it can be quantified.
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Description:
SS-PLOT-U-Bond is a PLOT column in which a highly polar polymer is chemically bonded to the inner wall of the column. It was developed for the analysis of highly polar volatile compounds. The chemically bonded PLOT column not only eliminates the risk of particle exfoliation, but also extends the maximum operating temperature to 300 °C, enabling hydrocarbon analysis up to C9. Bleeding at high temperatures can also be minimized, enabling stable and highly sensitive analysis.
OUT OF STOCKSS-PLOT-U-Bond is a PLOT column in which a highly polar polymer is chemically bonded to the inner wall of the column. It was developed for the analysis of highly polar volatile compounds. The chemically bonded PLOT column not only eliminates the risk of particle exfoliation, but also extends the maximum operating temperature to 300 °C, enabling hydrocarbon analysis up to C9. Bleeding at high temperatures can also be minimized, enabling stable and highly sensitive analysis.
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Description:
SS-PLOT-S is a medium polar column using divinylbenzene-4-vinylpyridine polymer as an adsorbent. This column is suitable for C2-C3 hydrocarbon analysis and is excellent for C3 isomer analysis. In addition, it can be used up to 250 °C, making it suitable for the analysis of medium-polarity volatile compounds.
OUT OF STOCKSS-PLOT-S is a medium polar column using divinylbenzene-4-vinylpyridine polymer as an adsorbent. This column is suitable for C2-C3 hydrocarbon analysis and is excellent for C3 isomer analysis. In addition, it can be used up to 250 °C, making it suitable for the analysis of medium-polarity volatile compounds.
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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.