IonPac TCC-ULP1 痕量阳离子浓缩柱

Dionex IonPac TCC-ULP1  痕量阳离子浓缩柱

要为高纯水分析进行阳离子浓缩，请选择 Thermo Scientific? Dionex? IonPac? TCC 痕量阳离子浓缩柱。 此款薄膜阳离子交换浓缩柱死体积较低 (~145 μL)，容量为 260μeq/柱。 设计与羧基阳离子交换系统配合使用。 有三种压力规格可选。

描述

将水分析的检测限降低 2-5 个数量级

Dionex IonPac 阳离子浓缩柱主要为高纯水分析设计。 浓缩柱可以从已测得体积的水性样品基质中去除离子，从而浓缩分析物，并将检测限降低 2-5 个数量级。

有三种压力规格可供选择

• Dionex IonPac TCC-LP1 (4x35mm) 低压（在 0.5mL/min 时低于 70 psi）阳离子浓缩柱

• Dionex IonPac TCC-ULP1 (5x23mm) 超低压（在 0.5mL/min 时低于 45 psi）阳离子浓缩柱

• Dionex IonPac TCC-XPL1 (6x16mm) 极低压（在 0.5mL/min 时低于 30 psi）阳离子浓缩柱

应用兼容性

• 推荐配合羧基柱使用，如 Dionex IonPac CS12、CS12A、CS14、CS15、CS16、CS17、CS18 或 CS19 柱

• 对于 4mm 和 2mm 应用

• 推荐配合单价淋洗液（硫酸、甲磺酸或盐酸）使用

• Dionex IonPac TCC-LP1 (4x35mm) 可以配合注射器或自动进样器进样（Dionex AS-DV 自动进样器）或配合加压瓶或单活塞样品传送泵进样。

• Dionex IonPac TCC-ULP1 (5x23mm) 和 TCC-XLP1 (6x16mm) 浓缩柱可配合注射器或自动进样器进样（Dionex AS-DV 和 AS 自动进样器）。 可配合单活塞样品传送泵（包括 Dionex AXP 辅助泵）使用。

Dionex IonPac TCC-ULP1  痕量阳离子浓缩柱

订货信息：

The IonPac^? TCC-ULP1 Trace Cation Concentrator Column is a pellicular cation-exchange concentrator column with moderately low void volume (approximately 145 μL). It is designed primarily for high purity water analysis. The column strips ions from a measured volume of aqueous sample matrix, concentrating the analyte species, thereby lowering detection limits.

The TCC-ULP1 Ultralow Pressure Trace Cation Concentrator Column is a general purpose, ultralow-pressure concentrator for use with syringe or autosampler loading (AS40, AS50, or AS autosamplers) and with single-piston sample delivery pumps including the DXP-1 and DQP. The TCC-ULP1 can be used with sulfuric acid, methanesulfonic acid, and hydrochloric acid eluents.

Note: The TCC-ULP1 is recommended for use with carboxylated columns such as the IonPac CS12, CS12A, CS14, CS15, CS16, CS17, and CS18 columns.

Product Data Sheets
	Concentrator and Trap Columns Data Sheet
	Reagent-Free Ion Chromatography Systems with Eluent Regeneration Data Sheet

Manuals
	IonPac TCC-LP1, TCC-ULP1, and TCC-XLP1 Trace Cation Concentrator Column Manual

Applications
	AN 1062: Determination of Morpholine in Linezolid by Ion Chromatography