Agilent, G4280-81300, Capillary damper, stainless steel 0.6 mm id, rigid, bend

Capillary damper, stainless steel 0.6 mm id, rigid, bend. For 1120/1220 Compact LC pump

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
Length: 283 mm
Material: Stainless Steel
Module Compatibility: Pump
Swage Status Fitting Left End: Pre-swaged
Swage Status Fitting Right End: Pre-swaged
System Compatibility: 1120 LC System1220 Infinity II LC System
UNSPSC Code: 41115720

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This precision-engineered capillary damper features a 0.6 mm inner diameter and is constructed from high-grade stainless steel to ensure durability and chemical resistance in demanding laboratory conditions. The rigid, pre-formed bend design minimizes dead volume and optimizes fluid handling, making it an ideal component for high-resolution chromatographic systems. Its robust construction offers consistent pressure attenuation and smooths pulsations within capillary flow paths, supporting stable baselines and reliable analytical results.

The capillary damper is well suited for use in high-performance liquid chromatography HPLC, ultra-high performance liquid chromatography UHPLC, and microfluidic applications where precise flow control is essential. It is particularly beneficial in proteomics, pharmaceutical analysis, and environmental testing, where the demand for reproducible and accurate measurements is critical. The stainless steel tubing is compatible with a wide range of organic solvents and aqueous mobile phases, providing versatility for various analytical workflows.

Designed to integrate seamlessly with Agilent liquid chromatography systems and related instrumentation, this capillary damper can be paired with other fluidic accessories such as unions, connectors, and additional capillary tubing. Its reliable performance ensures optimal system operation, reduced risk of measurement artifacts, and improved longevity of downstream components.