0
0
PLOT columns
-
Description:
SS-PLOT-MS5A is a dedicated column for inorganic gas analysis. In conventional molecular sieve columns, the carbon monoxide (CO) peak is strongly retained due to adsorption and tailing is observed. In this column, the CO peak elutes quickly and the peak symmetry is very good. Good separation of argon and oxygen can be achieved even at room temperature. Since it is coated with molecular sieves, there is almost no particle exfoliation. When connected to an MS detector, a column with a particle trap column (SS-PLOT-MS5A-PT) is recommended. SS-PLOT-MS5A-UMetal uses inactivated metal capillary that are resistant to physical impact, making the column easier to handle than fused silica capillary column.
OUT OF STOCKSS-PLOT-MS5A is a dedicated column for inorganic gas analysis. In conventional molecular sieve columns, the carbon monoxide (CO) peak is strongly retained due to adsorption and tailing is observed. In this column, the CO peak elutes quickly and the peak symmetry is very good. Good separation of argon and oxygen can be achieved even at room temperature. Since it is coated with molecular sieves, there is almost no particle exfoliation. When connected to an MS detector, a column with a particle trap column (SS-PLOT-MS5A-PT) is recommended. SS-PLOT-MS5A-UMetal uses inactivated metal capillary that are resistant to physical impact, making the column easier to handle than fused silica capillary column.
-
Description:
SS-PLOT-Q is a widely used column for the analysis of hydrocarbons and volatile organic solvents. It can analyze non-polar hydrocarbons and permanent gases as well as highly polar volatile compounds such as hydrocarbons C1 to C6, ketones, organic solvents, alcohols, free fatty acids, halogen compounds, and sulfides. Water can also be injected into the columns, and good retention time reproducibility can be obtained. SS-PLOT-Q-UMetal uses deactivated metal capillaries that are resistant to physical impact, making the column easier to handle than fused silica capillaries.
OUT OF STOCKSS-PLOT-Q is a widely used column for the analysis of hydrocarbons and volatile organic solvents. It can analyze non-polar hydrocarbons and permanent gases as well as highly polar volatile compounds such as hydrocarbons C1 to C6, ketones, organic solvents, alcohols, free fatty acids, halogen compounds, and sulfides. Water can also be injected into the columns, and good retention time reproducibility can be obtained. SS-PLOT-Q-UMetal uses deactivated metal capillaries that are resistant to physical impact, making the column easier to handle than fused silica capillaries.
-
Description:
SS-PLOT-Q is a widely used column for the analysis of hydrocarbons and volatile organic solvents. It can analyze non-polar hydrocarbons and permanent gases as well as highly polar volatile compounds such as hydrocarbons C1 to C6, ketones, organic solvents, alcohols, free fatty acids, halogen compounds, and sulfides. Water can also be injected into the columns, and good retention time reproducibility can be obtained. SS-PLOT-Q-UMetal uses deactivated metal capillaries that are resistant to physical impact, making the column easier to handle than fused silica capillaries.
OUT OF STOCKSS-PLOT-Q is a widely used column for the analysis of hydrocarbons and volatile organic solvents. It can analyze non-polar hydrocarbons and permanent gases as well as highly polar volatile compounds such as hydrocarbons C1 to C6, ketones, organic solvents, alcohols, free fatty acids, halogen compounds, and sulfides. Water can also be injected into the columns, and good retention time reproducibility can be obtained. SS-PLOT-Q-UMetal uses deactivated metal capillaries that are resistant to physical impact, making the column easier to handle than fused silica capillaries.
-
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.
-
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.
-
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.
-
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.
-
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.
-
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.
-
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.
-
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.
-
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.