Agilent, G1312-87300, Absorber capillary, 500 µL volume

Absorber capillary, 500 µL volume. Rigid, bent, stainless steel

Specifications:
Application Compatibility: Analytical
Capillary Subtype: Special
Fitting Type Left End: S (Swagelok, 1.6 mm ID, stainless steel, short screw)
Fitting Type Right End: S (Swagelok, 1.6 mm ID, stainless steel, short screw)
Inner Diameter (ID): 0.6 mm
Material: Stainless Steel
Swage Status Fitting Left End: Pre-swaged
Swage Status Fitting Right End: Pre-swaged
System Compatibility: 1200 LC System1260 Infinity II & III LC System1260 Infinity LC System
UNSPSC Code: 41115700
Use With Instrument: G1312BG7112B

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This high-quality absorber capillary, featuring a 500 microliter volume, is engineered to deliver reliable fluid transfer and absorption in liquid chromatography applications. Designed with precision for optimal compatibility with Agilent chromatography systems, it ensures secure and efficient fluid movement during analytical workflows. The robust construction supports consistent absorption, making it an ideal choice for sample processing in protein, pharmaceutical, environmental, and food testing laboratories.

Users can confidently integrate this component into high-performance liquid chromatography (HPLC) setups, especially where maintenance or enhancement of sample containment and transfer is critical for accurate results. Typical usage includes connection within solvent delivery pathways or as a component in autosampler or valve systems, supporting controlled sample introduction and absorption during multi-step protocols.

This absorber capillary is fully compatible with a range of Agilent instruments, including 1200, 1260 Infinity, and 1290 Infinity series HPLC systems, and works seamlessly with other genuine Agilent fluidic fittings and accessories. Researchers working in life sciences, analytical chemistry, or method development will benefit from its reliability and ease of installation. As part of a comprehensive workflow, it helps maintain system integrity, reduces risk of cross-contamination, and supports reproducible, high-precision outcomes across diverse analytical settings.