Agilent, G1315-60025, Semi Micro Flow cell 5 µL volume, 6 mm path, 120 bar max pressure

Semi Micro Flow cell 5 µL volume, 6 mm path, 120 bar max pressure. For Agilent G1315C/D, G1365C/D diode array multiple wavelength detectors

Specifications:
Application Compatibility: Analytical
Module Compatibility: Detector
Path Length: 6 mm
System Compatibility: 1200 LC System1220 Infinity II LC System1260 Infinity II & III LC System1260 Infinity II & III Prime LC System1260 Infinity LC System
Technique: LC
UNSPSC Code: 41115700
Use With Instrument: G1315BG1315CG1315DG1365BG1365CG1365DG7115AG7165A
Volume: 5 µL

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The Semi Micro Flow Cell with a 5 microliter volume and 6 millimeter path length is designed for precise UV-visible detection in high-performance liquid chromatography applications. With a robust maximum pressure limit of 120 bar, this flow cell supports reliable operation in demanding analytical workflows. Its semi-micro design enables users to achieve high sensitivity and low sample dispersion, making it ideal for laboratories routinely analyzing limited or valuable samples, or requiring improved separation efficiency.

Typical usage scenarios include pharmaceutical quality control, biomolecule quantification, environmental analysis, and food safety testing. The flow cell provides excellent compatibility with a wide range of research applications that require accurate detection of small-volume injections, such as protein or peptide separations, and trace-level impurity testing.

This flow cell is engineered for seamless integration with Agilent diode array detectors and other compatible liquid chromatography detection systems, providing researchers with flexible configuration options. For optimal performance, it can be paired with other specialized accessories and consumables from Agilent’s chromatography portfolio. The 6 millimeter path length ensures sufficient light absorption for enhanced sensitivity while maintaining reliable baseline stability. This semi-micro flow cell is an essential component for researchers seeking reproducible, high-resolution chromatographic results in their analytical investigations.