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（联系我时，请说明是在来宝网上看到的，谢谢！）艾杰尔Venusil XBP C18色谱柱5μm 4.6×250mm VX952505-0通用型，非极性，两次封尾，广fan的PH使用范围(1.5-10.0);适用于各类非极性、极性化合物;稳定性好，酸或碱性流动相下都有较好的使用寿命。一般方法开发时，可做为shou选。(对应：Zorbax XDB-C18，WatersSunfire-C18，SupelcoAsentis，Luna-C18)
艾杰尔Venusil XBP C18色谱柱5μm 4.6×250mm VX952505-0性能指标：
键合相 | 粒径 (μm) | 孔径 (?) | 碳裁量 (%) | 比表面 (m2/g) | 封端 | pH范围 |
C18 | 3、5、10 | 100 | 22 | 380 | 双封尾 | 1.5～10.0 |
C18(2) | 3、5 | 100 | 18 | 380 | 双封尾 | 1.5～9.0 |
C18(A) | 3、5 | 120 | 20 | 340 | 双封尾 | 1.5～9.0 |
C18(L) | 3、5 | 150 | 15 | 200 | 双封尾 | 1.5～9.0 |
C18(T) | 5 | 300 | 8 | 80 | 双封尾 | 1.5～10.0 |
C8 | 3、5 | 100 | 14 | 380 | 单封尾 | 1.5～8.5 |
C8(L) | 5 | 150 | 8 | 200 | 单封尾 | 1.5～8.5 |
碳4 | 5 | 100 | 7 | 380 | 不封尾 | 1.5～8.5 |
碳4(T) | 5 | 300 | 2.4 | 80 | 不封尾 | 1.5～8.5 |
NH2 | 5 | 100 | 6 | 380 | 不封尾 | 2.0～8.5 |
Phenyl | 5 | 100 | 12 | 380 | 不封尾 | 1.5～9.0 |
Polar-Phenyl | 5 | 110 | 11 | 340 | 单封尾 | 1.5～9.0 |
CN | 5 | 100 | 5 | 380 | 单封尾 | 2.0～9.0 |
Silica | 5 | 100 | 一 | 380 | 一 | 1.0～7.0 |
Silica(L) | 5 | 150 | 一 | 200 | 一 | 1.0～6.0 |
备注：为了获得更佳的寿命和效果建议在较适用pH 范围使用： Silica 较适用范围为2.0-5.0; 其他键合相的较适用范围为2.0-6.0
艾杰尔Venusil XBP C18色谱柱5μm 4.6×250mm VX952505-0订货信息：
比表面积 380m2/g；孔径 100? | ||||||
类型 | 规格 (mm) | 粒径(μm) | Venusil XBP C18 | Venusil XBP C8 | Venusil XBP 碳4 | Venusil XBP C1 |
分析柱 | 2.1×30 | 5 | VX950302-0 | VX850302-0 | VX450302-0 | VC150302-0 |
分析柱 | 2.1×50 | 5 | VX950502-0 | VX850502-0 | VX450502-0 | VC150502-0 |
分析柱 | 2.1×100 | 5 | VX951002-0 | VX851002-0 | VX451002-0 | VC151002-0 |
分析柱 | 2.1×150 | 5 | VX951502-0 | VX851502-0 | VX451502-0 | VC151502-0 |
分析柱 | 4.6×50 | 5 | VX950505-0 | VX850505-0 | VX450505-0 | VC150505-0 |
分析柱 | 4.6×100 | 5 | VX951005-0 | VX851005-0 | VX451005-0 | VC151005-0 |
分析柱 | 4.6×150 | 5 | VX951505-0 | VX851505-0 | VX451505-0 | VC151505-0 |
分析柱 | 4.6×200 | 5 | VX952005-0 | VX852005-0 | VX452005-0 | VC152005-0 |
分析柱 | 4.6×250 | 5 | VX952505-0 | VX852505-0 | VX452505-0 | VC152505-0 |
保护柱芯 | 4.6×10, 4/pk | 5 | VX950105-0 | VX850105-0 | VX450105-0 | VC150105-0 |
保护柱芯 | 4.6×10, 4/pk,直联式 | 5 | VX950105-0S | VX850105-0S | VX450105-0S | VC150105-0S |
保护柱套 | CH-100 | —— | —— | —— | —— | —— |
分析柱 | 2.1×30 | 3 | VX930302-0 | VX830302-0 | VX430302-0 | VC130302-0 |
分析柱 | 2.1×50 | 3 | VX930502-0 | VX830502-0 | VX430502-0 | VC130502-0 |
分析柱 | 2.1×100 | 3 | VX931002-0 | VX831002-0 | VX431002-0 | VC131002-0 |
分析柱 | 2.1×150 | 3 | VX931502-0 | VX831502-0 | VX431502-0 | VC131502-0 |
分析柱 | 4.6×50 | 3 | VX930505-0 | VX830505-0 | VX430505-0 | VC130505-0 |
分析柱 | 4.6×100 | 3 | VX931005-0 | VX831005-0 | VX431005-0 | VC131005-0 |
分析柱 | 4.6×150 | 3 | VX931505-0 | VX831505-0 | VX431505-0 | VC131505-0 |
保护柱芯 | 4.6×10, 4/pk | 3 | VX930105-0 | VX830105-0 | VX430105-0 | VC130105-0 |
保护柱芯 | 4.6×10, 4/pk,直联式 | 3 | VX930105-0S | VX830105-0S | VX430105-0S | VC130105-0S |
类型 | 规格 (mm) | 粒径 (μm) | Venusil XBP NH2 | Venusil XBP Phenyl | Venusil XBP CN | Venusil XBP Silica |
分析柱 | 2.1×30 | 5 | VN850302-0 | VX650302-0 | VC950302-0 | VSi950302-0 |
分析柱 | 2.1×50 | 5 | VN850502-0 | VX650502-0 | VC950502-0 | VSi950502-0 |
分析柱 | 2.1×100 | 5 | VN851002-0 | VX651002-0 | VC951002-0 | VSi951002-0 |
分析柱 | 2.1×150 | 5 | VN851502-0 | VX651502-0 | VC951502-0 | VSi951502-0 |
分析柱 | 4.6×50 | 5 | VN850505-0 | VX650505-0 | VC950505-0 | VSi950505-0 |
分析柱 | 4.6×100 | 5 | VN851005-0 | VX651005-0 | VC951005-0 | VSi951005-0 |
分析柱 | 4.6×150 | 5 | VN851505-0 | VX651505-0 | VC951505-0 | VSi951505-0 |
分析柱 | 4.6×200 | 5 | VN852005-0 | VX652005-0 | VC952005-0 | VSi952005-0 |
分析柱 | 4.6×250 | 5 | VN852505-0 | VX652505-0 | VC952505-0 | VSi952505-0 |
保护柱芯 | 4.6×10, 4/pk | 5 | VN850105-0 | VX650105-0 | VC950105-0 | VSi950105-0 |
保护柱芯 | 4.6×10, 4/pk,直联式 | 5 | VN850105-0S | VX650105-0S | VC950105-0S | VSi950105-0S |
保护柱套 | CH-100 | —— | —— | —— | —— | —— |
分析柱 | 2.1×30 | 3 | VN830302-0 | VX630302-0 | VC930302-0 | VSi930302-0 |
分析柱 | 2.1×50 | 3 | VN830502-0 | VX630502-0 | VC930502-0 | VSi930502-0 |
分析柱 | 2.1×100 | 3 | VN831002-0 | VX631002-0 | VC931002-0 | VSi931002-0 |
分析柱 | 2.1×150 | 3 | VN831502-0 | VX631502-0 | VC931502-0 | VSi931502-0 |
分析柱 | 4.6×50 | 3 | VN830505-0 | VX630505-0 | VC930505-0 | VSi930505-0 |
分析柱 | 4.6×100 | 3 | VN831005-0 | VX631005-0 | VC931005-0 | VSi931005-0 |
分析柱 | 4.6×150 | 3 | VN831505-0 | VX631505-0 | VC931505-0 | VSi931505-0 |
保护柱芯 | 4.6×10, 4/pk | 3 | VN830105-0 | VX630105-0 | VC930105-0 | VSi930105-0 |
保护柱芯 | 4.6×10, 4/pk,直联式 | 3 | VN830105-0S | VX630105-0S | VC930105-0S | VSi930105-0S |
保护柱套 | CH-100 | —— | —— | —— | —— | —— |
类型 | 规格(mm) | 粒径 (μm) | Venusil XBP C18 | Venusil XBP C8 | ||
半制备柱 | 10×150 | 5 | VX951510-0 | VX851510-0 | ||
半制备柱 | 10×250 | 5 | VX952510-0 | VX852510-0 | ||
制备柱 | 21.2×50 | 5 | VX950520-0 | VX850520-0 | ||
制备柱 | 21.2×150 | 5 | VX951520-0 | VX851520-0 | ||
制备柱 | 21.2×250 | 5 | VX952520-0 | VX852520-0 | ||
制备柱 | 30×100 | 5 | VX951030-0 | VX851030-0 | ||
制备柱 | 30×150 | 5 | VX951530-0 | VX851530-0 | ||
制备柱 | 30×250 | 5 | VX952530-0 | VX852530-0 | ||
保护柱芯 | 21.2×10 | 5 | VX950120-0 | VX850120-0 | ||
保护柱芯 | 10×10 | 5 | VX950110-0S | VX850110-0S | ||
保护柱套 | CH-200 | —— | —— | —— | ||
半制备柱 | 10×150 | 10 | VX901510-0 | VX801510-0 | ||
半制备柱 | 10×250 | 10 | VX902510-0 | VX802510-0 | ||
制备柱 | 21.2×50 | 10 | VX900520-0 | VX800520-0 | ||
制备柱 | 21.2×150 | 10 | VX901520-0 | VX801520-0 | ||
制备柱 | 21.2×250 | 10 | VX902520-0 | VX802520-0 | ||
制备柱 | 30×100 | 10 | VX901030-0 | VX801030-0 | ||
制备柱 | 30×150 | 10 | VX901530-0 | VX801530-0 | ||
制备柱 | 30×250 | 10 | VX902530-0 | VX802530-0 | ||
制备柱 | 50×150 | 10 | VX901550-0 | VX801550-0 | ||
制备柱 | 50×250 | 10 | VX902550-0 | VX802550-0 | ||
保护柱芯 | 21.2×10 | 10 | VX900120-0 | VX800120-0 | ||
保护柱芯 | 10×10 | 10 | VX900110-0S | VX800110-0S | ||
保护柱套 | CH-200 | —— | —— | |||
