Thermo Fisher, 060477, Dionex™ CR-TC Continuously Regenerated Trap Columns

Name: Dionex™ CR-TC Continuously Regenerated Trap Columns
Brand: Thermo Fisher
SKU: 060477

Column Type: Anion Trap Column, For Use With (Equipment): Standard Anion Capillary RFIC Systems up to 3, 000 psi, Unit Size: Each 1, Remove ionic contaminants from eluents continuously, without the need for offline chemical regeneration. Thermo Scientific™ Dionex™ CR-TC Continuously Regenerated Trap Columns are electrolytically regenerated trap columns specifically designed for Reagent-Free™ ion chromatography (RFIC™) systems. When plumbed after the Thermo Scientific™ Dionex™ EGC Eluent Generati

Catalog Number: 060477

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Category

Ion Chromatography Columns

TagsIon Chromatography Columns Chromatography Columns and Cartridges IC Trap Columns

CollectionsThermo Fisher Chromatography Columns & Cartridges (HPLC/UHPLC, GC, IC, SPE)Thermo Fisher Chromatography Columns & Guard Cartridges (HPLC, UHPLC, GC)Thermo Fisher Clinical Analyzers & Instruments for Diagnostic Labs

Description

Column Type: Anion Trap Column
For Use With (Equipment): Standard Anion Capillary RFIC Systems up to 3,000 psi
Unit Size: Each 1
Meet Today's Demands in Ion Chromatography Dionex CR-TC columns:
• Increase productivity
• Provide very low baseline drift for improved integration and increased sensitivity
• Provide contaminant-free deionized source water and eluents Which Dionex CR-TC column to use with which IC system:
• Use Dionex CR-ATC and CR-CTC II columns on standard RFIC systems that operate up to 3,000psi
• Use Dionex CR-TC 500 columns on all RFIC and high-pressure IC (HPIC) systems that operate up to 5,000psi. You can use the Dionex CR-TC 500 column in place of the Dionex CR-ATC and CR-CTC II column
• Use capillary Dionex CR-TC columns on capillary RFIC systems; do not use capillary Dionex CR-TC columns on analytical-scale RFIC systems
• Use the Dionex CR-TC 600 and CR-CTC columns on the Thermo Scientific™ Dionex™ Integrion™ HPIC™ and Thermo Scientific™ Dionex™ ICS-6000 HPIC Systems only Remove Cationic Contaminants with Dionex CR-CTC III Columns Dionex CR-CTC III Continuously Regenerated Cation Trap columns are high-pressure electrolytically regenerated trap columns designed for use with eluent generator devices and compatible with Dionex Integrion and Dionex ICS-6000 HPIC systems The Dionex CR-CTC III offers:
• Contaminant-free deionized source water and eluent
• Time savings; no need to perform regeneration offline
• Very low baseline drift for improved integration and increased sensitivity
• Increased productivity; quality data soon after startup
• Removal of cationic impurities from source water

Specifications

General

Crosslinking	8% DVB
Description	Dionex™ CR-ATC Continuously Regenerated Anion Trap Column
For Use With (Application)	Removal of Ionic Contaminants from Eluents Without the Need for Off-Line Chemical Regeneration
For Use With (Equipment)	Standard Anion Capillary RFIC Systems up to 3,000 psi
Hydrophobicity	Low
Max. Pressure	3000 psi (207 bar)
Particle Size	55 μm
Quantity	Each 1
Void Volume (Metric)	<100 μL
Column Type	Anion Trap Column
Unit Size	Each 1

FAQs

Question: Is this an anion or cation trap?

Answer:This configuration is an anion trap column.

Question: Which systems is it intended for?

Answer:It is intended for standard anion RFIC systems operating at up to 3,000 psi.

Question: Does the trap need offline chemical regeneration?

Answer:No. Its electrolytic regeneration continuously removes ionic contaminants during use.

Application Note

Dionex™ CR-TC Continuously Regenerated Trap Columns is designed for continuous removal of ionic contamination from reagent-free ion chromatography eluents. This configuration is an anion trap column intended for standard anion RFIC systems operating at pressures up to 3,000 psi. The trap is positioned after the eluent generator cartridge so contaminants entering with the deionized feed water and generated eluent can be removed before the analytical separation. Its electrolytic regeneration mechanism avoids a separate offline chemical regeneration procedure during normal use. Reducing contaminant contributions to the eluent helps maintain a stable conductivity baseline during gradient operation and improves the consistency of trace-anion analysis. The trap is an eluent-cleanup component, not a replacement for an IonPac analytical separation column or a cation trap. It is suited to reagent-free anion systems where low baseline drift and reliable eluent purity are important. Its configuration is specifically associated with standard RFIC operation within the stated pressure limit, making selection of the appropriate system connection and operating pressure important when designing the eluent pathway.

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