Agilent, 5023-2258, Splitter kit, 25 to 100 mL/min, preparative, for Agilent G4260B evaporative light scattering detector

Splitter kit, 25 to 100 mL/min, preparative, for Agilent G4260B evaporative light scattering detector. Includes capillaries to ELSD and Fraction Collector-Active Splitter, High Flow union, T-connector PEEK, colored finger tight fittings PEEK (10/pk), instructions

Specifications:
Application Compatibility: Preparative
Module Compatibility: Detector
Technique: LC
UNSPSC Code: 41115720
Use With Instrument: G4260BG4261B

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The splitter kit enables precise flow division within the 25 to 100 mL per minute range, supporting reliable sample management in preparative chromatography workflows. Specifically engineered for use with the Agilent G4260B evaporative light scattering detector, it ensures optimal split ratios for downstream detection or fraction collection, helping researchers maintain accuracy and reproducibility across high-throughput purifications. Typical applications include biomolecule isolation, purification of synthetic compounds, and quality control in pharmaceutical or biochemical research environments that require robust detection of non-volatile analytes. Ideal for laboratories conducting large-scale sample screening or fractionation, this kit simplifies interfacing between chromatographic systems and detectors while minimizing risk of sample loss or contamination. It is particularly useful in scenarios where simultaneous detection and collection are essential, or when adaptation to multiple preparative LC flows is required. This splitter integrates seamlessly with Agilent preparative high-performance liquid chromatography systems, fraction collectors, and compatible LC accessories, offering flexible workflow customization. Frequently used alongside other sample handling modules and detectors, it supports diverse research settings from academic labs to industrial analytics. The robust construction and straightforward installation process enable minimal downtime, consistent performance, and long-term usability for demanding preparative applications.