Agilent, 5500-1200, Quick Turn capillary stainless steel 0.12 x 130 mm No/M4

Quick Turn capillary stainless steel 0.12 x 130 mm No/M4. Includes one pre-swaged M4 fitting. For use with InfinityLab Quick Turn fitting (5067-5966). Compatible with InfinityLab LC instruments.

Specifications:
Application Compatibility: Analytical
Brand: InfinityLab
Capillary Subtype: Quick Turn Capillary
Fitting Type Left End: No fitting
Fitting Type Right End: M4 (0.8mm ID, stainless steel)
Inner Diameter (ID): 0.12 mm
Length: 130 mm
Material: Stainless Steel
Product Type: Capillary
Swage Status Fitting Right End: Pre-swaged
Technique: LC
UNSPSC Code: 41115720

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The Agilent Quick Turn capillary stainless steel 0.12 x 130 mm provides reliable performance for intricate chromatographic and analytical applications. Engineered for precision, its 0.12 mm inner diameter and 130 mm length deliver optimal sample flow and compatibility with demanding laboratory workflows. The robust stainless steel construction ensures chemical resistance and durability under high-pressure conditions, making it suitable for use in gas chromatography and liquid chromatography systems.

This capillary is ideal for laboratories conducting environmental, pharmaceutical, petrochemical, or food safety analyses where accuracy and reproducibility are paramount. It is particularly beneficial in scenarios requiring rapid system maintenance or capillary replacement, thanks to its Quick Turn design which facilitates easy installation and secure connections, minimizing downtime.

Designed to integrate seamlessly with Agilent instrument platforms, including various GC and LC systems, this capillary also works well with autosamplers and sample introduction modules that require precise fluid delivery and minimal dead volume. Its compatibility with other Agilent sample handling products supports the development of customized analytical setups tailored to specific research goals. This product is a dependable choice for laboratories seeking consistent results and streamlined workflows in complex analytical environments.