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Capillary columns
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Description:
SS-FFAP is a dedicated column for free fatty acid analysis. By chemically bonding the liquid phase to the capillary tube, the maximum operating temperature can be raised to 250 °C. This allows analysis of free fatty acids from C2 to C24 without methyl derivatization. By chemically bonding the liquid phase, even if a large amount of water or organic solvent is injected, the column performance is hardly affected.
OUT OF STOCKSS-FFAP is a dedicated column for free fatty acid analysis. By chemically bonding the liquid phase to the capillary tube, the maximum operating temperature can be raised to 250 °C. This allows analysis of free fatty acids from C2 to C24 without methyl derivatization. By chemically bonding the liquid phase, even if a large amount of water or organic solvent is injected, the column performance is hardly affected.
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Description:
SS-FFAP is a dedicated column for free fatty acid analysis. By chemically bonding the liquid phase to the capillary tube, the maximum operating temperature can be raised to 250 °C. This allows analysis of free fatty acids from C2 to C24 without methyl derivatization. By chemically bonding the liquid phase, even if a large amount of water or organic solvent is injected, the column performance is hardly affected.
OUT OF STOCKSS-FFAP is a dedicated column for free fatty acid analysis. By chemically bonding the liquid phase to the capillary tube, the maximum operating temperature can be raised to 250 °C. This allows analysis of free fatty acids from C2 to C24 without methyl derivatization. By chemically bonding the liquid phase, even if a large amount of water or organic solvent is injected, the column performance is hardly affected.
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Description:
SS-PONA is the dedicated column for PONA analysis complied with ASTM D5134-90. It guarantees the number of theoretical plates of 225,000 or more, and has performance that satisfies the ASTM specification of separation of 1.35 or more between 2-methylheptane and 4- methylheptane.
OUT OF STOCKSS-PONA is the dedicated column for PONA analysis complied with ASTM D5134-90. It guarantees the number of theoretical plates of 225,000 or more, and has performance that satisfies the ASTM specification of separation of 1.35 or more between 2-methylheptane and 4- methylheptane.
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Description:
SS-PONA is the dedicated column for PONA analysis complied with ASTM D5134-90. It guarantees the number of theoretical plates of 225,000 or more, and has performance that satisfies the ASTM specification of separation of 1.35 or more between 2-methylheptane and 4- methylheptane.
OUT OF STOCKSS-PONA is the dedicated column for PONA analysis complied with ASTM D5134-90. It guarantees the number of theoretical plates of 225,000 or more, and has performance that satisfies the ASTM specification of separation of 1.35 or more between 2-methylheptane and 4- methylheptane.
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Description:
SS-PONA is the dedicated column for PONA analysis complied with ASTM D5134-90. It guarantees the number of theoretical plates of 225,000 or more, and has performance that satisfies the ASTM specification of separation of 1.35 or more between 2-methylheptane and 4- methylheptane.
OUT OF STOCKSS-PONA is the dedicated column for PONA analysis complied with ASTM D5134-90. It guarantees the number of theoretical plates of 225,000 or more, and has performance that satisfies the ASTM specification of separation of 1.35 or more between 2-methylheptane and 4- methylheptane.
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Description:
SS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
OUT OF STOCKSS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
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Description:
SS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
OUT OF STOCKSS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
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Description:
SS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
OUT OF STOCKSS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
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Description:
SS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
OUT OF STOCKSS-SimDist is a dedicated column for Simulated Distillation (SIM-DIST) analysis up to C100. The stable liquid phase at high temperatures minimizes bleeding at 400 °C. The high-temperature polyimide coating also provides a long life time even under high temperatures. This column is designed for ASTM D2887. On the other hand, SS-SimDist-Umetal uses an inert metal capillary tube, so it can be used up to 450 °C and can be analyzed up to 120 °C. Used for high temperature SIMDIST analysis such as ASTM D7213 and ASTM D7169.
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Description:
SS-Amine is a column developed for the analysis of volatile amines. This column is coated with a nonpolar stationary phase, and has high water resistance and excellent peak symmetry. The volatile amine can be analyzed stably even in the analysis of the sample containing much water. It is suitable for analysis of monomethylamine, dimethylamine and trimethylamine volatile amines and up to C10 amines.
OUT OF STOCKSS-Amine is a column developed for the analysis of volatile amines. This column is coated with a nonpolar stationary phase, and has high water resistance and excellent peak symmetry. The volatile amine can be analyzed stably even in the analysis of the sample containing much water. It is suitable for analysis of monomethylamine, dimethylamine and trimethylamine volatile amines and up to C10 amines.
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Description:
SS-Amine is a column developed for the analysis of volatile amines. This column is coated with a nonpolar stationary phase, and has high water resistance and excellent peak symmetry. The volatile amine can be analyzed stably even in the analysis of the sample containing much water. It is suitable for analysis of monomethylamine, dimethylamine and trimethylamine volatile amines and up to C10 amines.
OUT OF STOCKSS-Amine is a column developed for the analysis of volatile amines. This column is coated with a nonpolar stationary phase, and has high water resistance and excellent peak symmetry. The volatile amine can be analyzed stably even in the analysis of the sample containing much water. It is suitable for analysis of monomethylamine, dimethylamine and trimethylamine volatile amines and up to C10 amines.
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Description:
SS-Amine is a column developed for the analysis of volatile amines. This column is coated with a nonpolar stationary phase, and has high water resistance and excellent peak symmetry. The volatile amine can be analyzed stably even in the analysis of the sample containing much water. It is suitable for analysis of monomethylamine, dimethylamine and trimethylamine volatile amines and up to C10 amines.
OUT OF STOCKSS-Amine is a column developed for the analysis of volatile amines. This column is coated with a nonpolar stationary phase, and has high water resistance and excellent peak symmetry. The volatile amine can be analyzed stably even in the analysis of the sample containing much water. It is suitable for analysis of monomethylamine, dimethylamine and trimethylamine volatile amines and up to C10 amines.