Agilent, G7116-60041, InfinityLab bio-inert Quick-Connect heat exchanger, without fittings, for multicolumn thermostat (G7116A/B)

InfinityLab bio-inert Quick-Connect heat exchanger, without fittings, for multicolumn thermostat (G7116A/B)

Specifications:
Application Compatibility: Bio-inert
Brand: InfinityLab
Material: PEEK/SST
Module Compatibility: Column Compartment
System Compatibility: 1260 Infinity II & III Bio-Inert LC System
Technique: LC
Use With Instrument: G7116AG7116B
Volume: 9 µL

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The InfinityLab bio-inert Quick-Connect heat exchanger is engineered to provide precise thermal control for advanced liquid chromatography workflows. Specifically designed for use with the Agilent multicolumn thermostat models G7116A and G7116B, this accessory ensures that solvents and samples maintain consistent temperatures, supporting optimal chromatographic separation and reproducibility. Constructed from bio-inert materials, it is ideal for sensitive applications involving biomolecules, peptides, proteins, or samples prone to interaction with metal surfaces, minimizing the risk of sample degradation or loss.

This heat exchanger features a quick-connect design to facilitate fast, tool-free installation and exchange during method development or routine analyses. Its compatibility with Agilent InfinityLab LC systems allows seamless integration into workflows demanding rigorous temperature regulation, such as biopharmaceutical research, clinical analysis, and proteomics. Laboratories conducting high-throughput or multi-method screening benefit from its support for multi-column operation. Fittings are not included, enabling users to select appropriate connection components based on specific system requirements or solvent compatibility.

This product is the optimal choice for researchers and analysts requiring reliable and robust sample temperature management within bio-inert, contamination-free LC environments. It is especially suited for applications where sample integrity and reproducibility are critical throughout the analytical process.