阳离子蓝

产品信息： 订购信息： 阳离子试剂盒组成单位部件号阳离子试剂盒　5064-8206阳离子缓冲液250 mL5064-8203CE 用超纯水500 mL5062-8578未涂渍熔融石英毛细管，扩展光程鼓泡因子（3），内径为 50 μm，长度为 56 cm2/包G1600-61232阳离子测试混合标样25 mL5064-8205注：下列用于安捷伦毛细管电泳系统的部件应单独订购：内径为 50 μm 的扩展光程毛细管的准直接口（部件号 G1600-60230），适用于 1600 HP3D CE50 μm 内径扩展光程毛细管的准直接口（部件号 G7100-60230），适用于 7100 CE

阳离子试剂盒 阳离子试剂盒为您提供分析无机阳离子和小分子有机阳离子所需的一切。它专门设计用于分离各种不同基质中的碱金属离子、碱土金属离子和烷基胺。每个试剂盒包含阳离子缓冲液、未涂渍熔融石英毛细管、阳离子标样、CE 级水以及分析方法和大部分常见应用，包括检测限和重现性数据。我们开发的阳离子试剂盒和分离方法非常适合于安捷伦的CE 系统，并支持其高度自动化功能。该方法非常容易操作，可实现准确的定量分析。订货信息：阳离子试剂盒组成单位部件号阳离子试剂盒—5064-8206阳离子缓冲液250 mL5064-8203CE 用超纯水500 mL5062-8578未涂渍熔融石英毛细管，扩展光程鼓泡因子（3），2/包G1600-61232内径为50μm，长度为 56 cm阳离子测试混合标样25 mL5064-8205注：下列用于安捷伦毛细管电泳系统的部件应单独订购：内径为50 μm 的扩展光程毛细管的准直接口（部件号G1600-60230），适用于1600 HP3D CE50 μm 内径扩展光程毛细管的准直接口（部件号G7100-60230），适用于7100 CE

Dionex IonPac CS12 阳离子交换柱利用 Scientific? Dionex IonPac CS12 阳离子交换柱对常见无机阳离子和烷醇胺进行快速等度分离并获取稳健、可靠的结果。 这是一款高容量阳离子交换柱，专为通过使用甲磺酸或硫酸淋洗液对多种样品基质中的锂、钠、铵、钾、镁和钙进行快速等度分离而设计。 不过，新款 Thermo Scientific? Dionex? IonPac? CS12A 柱性能更佳，是进行无机阳离子分析的推荐色谱柱描述对常见无机阳离子进行快速等度分离 Dionex IonPac CS12 阳离子交换柱对多种样品基质（包括饮用水、发电厂水、土壤浸出物、酸解产物、化学添加剂、化学加工溶液、洗涤液和电镀槽）中的阳离子进行快速等度分离。 不过，Dionex IonPac CS12A 柱在对多种基质中的无机阳离子和铵离子进行快速分析时性能更佳，是这些应用的推荐色谱柱。 该款色谱柱兼容有机溶剂（不包括乙醇），以增强分析物溶解度，优化柱选择性，或者便于有效的柱清洁提供多种规格，实现应用灵活性4x250 mm、2x250 mm 分析柱4x50 mm、2x50 mm 保护柱更长的 250 mm 柱，实现更复杂样品基质的更高分辨率分离更小柱内径，提高质量灵敏度，节省洗脱液和试剂，并且降低运行成本Dionex IonPac CS12 阳离子交换柱订货信息：分析柱IonPac CS12 Analytical Column (2 x 250 mm)044019IonPac CS12 Analytical Column (4 x 250 mm)044001保护柱IonPac CG12 Guard Column (4 x 50 mm)044002IonPac CG12 Guard Column (2 x 50 mm)044020The IonPac? CS12 is a high-capacity, cation-exchange column designed for the fast, isocratic separation of lithium, sodium, ammonium, potassium, magnesium, and calcium using methanesulfonic or sulfuric acid eluents in diverse sample matrices. The CS12A column provides improved performance and is the recommended column for inorganic cation analysis.Use the CS12 for fast analysis of the common inorganic cations.The CS12 column can be used for alkanolamines.The CS12A column provides improved performance for fast analysis of inorganic cations.Simplified Reagent-Free? IC operation is provided by the EG40 or EG50 Eluent Generator, or the RFC-30 Controller, which requires only a deionized water source to produce methanesulfonic acid eluent.Sample matrices include environmental waters, power plant waters treated with ammonium, morpholine or ethanolamine, chemical additives, chemical process solutions, scrubber solutions, plating baths, and industrial solvents.The CS12 is designed for fast, isocratic separation with suppressed conductivity detection. The common inorganic cations can easily be determined in diverse sample matrices, including drinking water, power plant waters, soil extracts, acid digests, chemical additives, chemical process solutions, scrubber solutions, and plating baths. Use the CS12A with the EG40 Eluent Generator or EG50 Eluent Generator for simplified methanesulfonic acid eluent preparation. Use the Cation Atlas? Electrolytic Suppressor, CAES?, (up to 25 μeq/column) with the CS12 column.IonPac CS12 Cation-Exchange Column SpecificationsDimensionsIonPac CS12 Analytical Column:2 × 250 mm and 4 × 250 mmIonPac CG12 Guard Column:2 × 50 mm and 4 × 50 mmMaximum operating pressure4000 psi (27 MPa)Mobile phase compatibilityAcidic eluents 0–100% HPLC solvent compatible. Alcohols should be avoided.Substrate characteristicsBead Diameter: 8.0 μmCross-Linking (%DVB): 55%Macroporous Dimensions Pore Size: 60 ?Surface Area: 300 m2/gFunctional group characteristicsIon-Exchange Group: Carboxylic acidSurface Characteristics: HydrophobicCapacity0.7 meq (2 × 250 mm analytical column)2.8 meq (4 × 250 mm analytical column)Column constructionPEEK with 10-32 threaded ferrule-style end fittings.All components are nonmetallic.Fast Separation of Group I and II Cations and Ammonium on the IonPac? CS12. Determination of Trace-Level Ammonium Using the IonPac? CS12.Product Data SheetsIonPac CS12 Cation Exchange Column Data SheetIonPac CS12 Analytical Column ManualApplication NotesAN 106: Ion Chromatography in the Pharmaceutical Industry