Agilent, G5667-81005, Capillary PEEK/ST 0.17 x 500 mm RLO/RLO

Capillary PEEK/ST 0.17 x 500 mm RLO/RLO. Stainless steel clad PEEK capillary, 0.17 mm id, 500 mm long, with two removable UHP-FF fittings. Compatible with InfinityLab Bio-inert instrumentation.

Specifications:
Application Compatibility: Bio-inert
Capillary Subtype: Standard capillary
Fitting Type Left End: RLO (UHP-FF, bio-inert)
Fitting Type Right End: RLO (UHP-FF, bio-inert)
Inner Diameter (ID): 0.17 mm
Length: 500 mm
Material: PEEK/SST
Swage Status Fitting Left End: Non-swaged
Swage Status Fitting Right End: Non-swaged
System Compatibility: 1260 Infinity Bio-Inert LC System1260 Infinity II & III Bio-Inert LC System
Technique: LC
UNSPSC Code: 41115720

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This precision-engineered capillary features durable PEEK tubing with stainless steel ends, providing an internal diameter of 0.17 mm and a length of 500 mm. Designed with RLO/RLO (Reinforced Leak-proof Outlet) connections, it ensures secure and leak-free interfacing during critical analytical applications. Suitable for high-performance liquid chromatography (HPLC) and mass spectrometry workflows, the capillary facilitates reliable transfer of solvents and samples, maintaining integrity even with aggressive mobile phases or demanding pressure ranges.

Researchers in proteomics, pharmaceuticals, environmental, and food safety laboratories benefit from consistent, reproducible sample delivery and minimized risk of contamination. The robust PEEK construction offers high chemical compatibility and resistance to corrosion, making this component a dependable choice for both standard and advanced analytical techniques. Compatible with a wide array of Agilent LC and LC-MS systems, including InfinityLab series and other modular liquid chromatography platforms, it integrates seamlessly into existing setups.

Ideal for applications involving microflow or nanoflow configurations, this capillary supports precise sample injection, efficient connection between modules, and optimized chromatographic performance. It may also be used in method development laboratories or automated analysis systems where robust, low-maintenance fluidic pathways are required.