Agilent, 5500-1384, Capillary stainless steel 0.5 x 800 mm SX/No ps/-

Capillary stainless steel 0.5 x 800 mm SX/No ps/-

Specifications:
Application Compatibility: Preparative
Brand: InfinityLab
Capillary Subtype: Standard capillary
Fitting Type Left End: SX (Swagelok, 1.6 mm ID, stainless steel, extra long screw)
Fitting Type Right End: No fitting
Inner Diameter (ID): 0.5 mm
Length: 800 mm
Material: Stainless Steel
Swage Status Fitting Left End: Pre-swaged
Swage Status Fitting Right End: No fitting
System Compatibility: 1260 Infinity II Purification system1290 Infinity II Purification system
Technique: LC
UNSPSC Code: 41115720

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This precision-engineered stainless steel capillary, measuring 0.5 mm internal diameter by 800 mm length, is designed for seamless integration into a range of chromatographic and analytical systems. Manufactured by Agilent, this robust capillary is tailored for high-performance liquid chromatography (HPLC), mass spectrometry interfacing, and other high-sensitivity laboratory workflows requiring reliable solvent or sample transfer under pressure. Its stainless steel composition ensures excellent chemical resistance, durability, and minimal sample adsorption, making it suitable for both routine and demanding research environments. The capillary is ideal for applications in pharmaceutical analysis, environmental monitoring, food safety testing, and proteomics, where precision and contamination control are paramount. Compatible with a variety of Agilent and comparable instrumentation, it serves as a dependable component for method development, maintenance, or replacement in liquid handling paths of analytical systems. Its seamless construction guarantees consistent inner diameter and optimal flow characteristics, facilitating reproducible results and minimal dead volume. This capillary can be paired with a range of fittings and connectors, supporting quick installation and secure leak-free operation in diverse laboratory setups. It is a trusted solution for laboratories seeking reliability and performance in fluidic connections.