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SS Columns
Product Listing
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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.
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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-Alumina-MAPD is an alumina column focused specifically on the separation of the peaks from methylacetylene to propadiene (MAPD). This column has strong heat resistance, so it can be used up to 200 °C and can perform hydrocarbon analysis up to C10. In addition, it has excellent stability and minimizes the retention time fluctuation due to moisture. It shows high selectivity for C1 to C5 hydrocarbons at ppm level. Since the alumina oxide adsorbent is fixed to the inner wall of the column, there is no need to worry about particle exfoliation.
OUT OF STOCKSS-Alumina-MAPD is an alumina column focused specifically on the separation of the peaks from methylacetylene to propadiene (MAPD). This column has strong heat resistance, so it can be used up to 200 °C and can perform hydrocarbon analysis up to C10. In addition, it has excellent stability and minimizes the retention time fluctuation due to moisture. It shows high selectivity for C1 to C5 hydrocarbons at ppm level. Since the alumina oxide adsorbent is fixed to the inner wall of the column, there is no need to worry about particle exfoliation.