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SS Columns
Product Listing
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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-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-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.