RTX-2330气相柱
RTX-2330气相柱 (熔融石英)
RTX-2330气相柱 (高极性固定相；双氰丙基氰丙基苯基聚硅氧烷)
• 顺/反式脂肪酸甲酯、二氧（杂）芑同分异构体分析的通用柱。
• 温度范围: 0 °C~275 °C。
• 等同于USP G8和G48固定相。
Rtx®-2330固定相是极性*大的毛细管柱固定相。因为聚合物上接有氰
基，Rtx-2330固定相有极强的偶极距，并对顺/反异构体化合物或共轭双键化
合物具有很高的选择性。但高极性柱在热循环时一般热稳定性差、流失严重、
寿命较短。为了克服这些缺陷，我们采用一种新的表面处理技术，使其与Rtx-
2330所用的固定相更加相配。而且，我们改良的聚合物提升了柱的效率以及更
低的流失。
因为Rt®-2330固定相不是100%的键合相，所以不能用溶剂冲洗。
Rtx-2330 is one of the most polar capillary
column stationary phases. Cyano groups on both sides of the polymer backbone
give the phase a strong dipole moment and high selectivity for cis/trans compounds or compounds with conjugated
double bonds. Highly polar columns typically exhibit poor column efficiencies,
high bleed, and short column lifetimes when thermally cycled. To overcome some
of these problems, we developed a surface treatment that is more compatible
with the Rtx-2330 phase. In addition, our improved polymer produces columns
with better column efficiency and lower bleed.
(熔融石英)
Rtx®-2330
(高极性固定相；双氰丙基氰丙基苯基聚硅氧烷)
• 顺/反式脂肪酸甲酯、二氧（杂）芑同分异构体分析的通用柱。
• 温度范围: 0 °C~275 °C。
• 等同于USP G8和G48固定相。
Rtx®-2330固定相是极性*大的毛细管柱固定相。因为聚合物上接有氰
基，Rtx-2330固定相有极强的偶极距，并对顺/反异构体化合物或共轭双键化
合物具有很高的选择性。但高极性柱在热循环时一般热稳定性差、流失严重、
寿命较短。为了克服这些缺陷，我们采用一种新的表面处理技术，使其与Rtx-
2330所用的固定相更加相配。而且，我们改良的聚合物提升了柱的效率以及更
低的流失。
因为Rt®-2330固定相不是100%的键合相，所以不能用溶剂冲洗。
Rtx-2330 is one of the most polar capillary
column stationary phases. Cyano groups on both sides of the polymer backbone
give the phase a strong dipole moment and high selectivity for cis/trans compounds or compounds with conjugated
double bonds. Highly polar columns typically exhibit poor column efficiencies,
high bleed, and short column lifetimes when thermally cycled. To overcome some
of these problems, we developed a surface treatment that is more compatible
with the Rtx-2330 phase. In addition, our improved polymer produces columns
with better column efficiency and lower bleed.
色谱柱
(熔融石英)
Rtx®-2330
(高极性固定相；双氰丙基氰丙基苯基聚硅氧烷)
• 顺/反式脂肪酸甲酯、二氧（杂）芑同分异构体分析的通用柱。
• 温度范围: 0 °C~275 °C。
• 等同于USP G8和G48固定相。
Rtx®-2330固定相是极性*大的毛细管柱固定相。因为聚合物上接有氰
基，Rtx-2330固定相有极强的偶极距，并对顺/反异构体化合物或共轭双键化
合物具有很高的选择性。但高极性柱在热循环时一般热稳定性差、流失严重、
寿命较短。为了克服这些缺陷，我们采用一种新的表面处理技术，使其与Rtx-
2330所用的固定相更加相配。而且，我们改良的聚合物提升了柱的效率以及更
低的流失。
因为Rt®-2330固定相不是100%的键合相，所以不能用溶剂冲洗。
Rtx-2330 is one of the most polar capillary
column stationary phases. Cyano groups on both sides of the polymer backbone
give the phase a strong dipole moment and high selectivity for cis/trans compounds or compounds with conjugated
double bonds. Highly polar columns typically exhibit poor column efficiencies,
high bleed, and short column lifetimes when thermally cycled. To overcome some
of these problems, we developed a surface treatment that is more compatible
with the Rtx-2330 phase. In addition, our improved polymer produces columns
with better column efficiency and lower bleed.
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