Agilent, 5500-1183, Quick Connect capillary stainless steel 0.17 x 220 mm

Quick Connect capillary stainless steel 0.17 x 220 mm. For use with InfinityLab Quick Connect fitting (5067-5965). Compatible with InfinityLab LC instruments.

Specifications:
Application Compatibility: Analytical
Brand: InfinityLab
Capillary Subtype: Quick Connect Capillary
Fitting Type: Quick Connect
Fitting Type Left End: No fitting
Fitting Type Right End: SL (Swagelok, 1.6 mm ID, stainless steel, long screw)
Inner Diameter (ID): 0.17 mm
Length: 220 mm
Material: Stainless Steel
Product Type: Capillary
Swage Status Fitting Right End: Non-swaged
Technique: LC
UNSPSC Code: 41115720

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This stainless steel Quick Connect capillary is designed for high-precision analytical workflows, offering dimensions of 0.17 mm inner diameter and 220 mm length. Its robust stainless steel construction ensures excellent durability, chemical resistance, and minimized sample adsorption, making it ideal for challenging laboratory environments. The quick-connect feature allows fast and secure installation without specialized tools, reducing maintenance time while ensuring leak-free performance.

Engineered for seamless integration, the capillary optimizes fluid transfer in advanced liquid chromatography systems, such as those from Agilent’s InfinityLab and 1290 series, as well as compatible high-performance LC or LC-MS platforms. It is particularly suitable for research applications requiring efficient, high-throughput sample processing, such as proteomics, pharmaceutical development, food safety analysis, and environmental testing.

The precision manufacturing of this capillary ensures consistent internal surface quality, supporting optimal separation, reproducibility, and sensitivity in analytical results. It can be used alongside other InfinityLab Quick Connect fittings and tubing assemblies, providing streamlined system connectivity and flexibility for diverse experimental setups. This accessory is an essential option for laboratories seeking to maximize instrument uptime, enhance method reliability, and support demanding analytical applications across a wide range of scientific disciplines.