Agilent, G1375-87327, Capillary, PEEK/fused silica, 75 µm id, 650 mm length, 3x fittings

Capillary, PEEK/fused silica, 75 µm id, 650 mm length, 3x fittings. Comes with 1x PEEK Microvalve (MLP) fitting, 1x steel fitting (W) with 10-32 thread plus PEEK ferrule and stainless steel lock ring, 1x PEEK fitting long (WPFL).

Specifications:
Application Compatibility: Cap-Nano
Fitting Type Left End: MLP (M4, 0.8 mm ID, long, PEEK)
Fitting Type Right End: W (Swagelok, 0.8 mm ID)WPFL (Swagelok, PEEK, finger tight, long)
Inner Diameter (ID): 0.075 mm
Length: 650 mm
Material: PEEK/FS
Swage Status Fitting Left End: Non-swaged
Swage Status Fitting Right End: Non-swaged
Technique: LC
UNSPSC Code: 41115720

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This precision-engineered capillary is constructed from robust PEEK with a fused silica inner surface, offering a 75 micrometer internal diameter and a length of 650 millimeters. Designed for optimal performance in liquid chromatography workflows, it ensures reliable solvent delivery and sample transfer with minimized risk of sample loss or contamination. The capillary comes preassembled with three high-quality fittings, allowing for convenient, leak-free integration into compatible liquid chromatography systems.

Ideally suited for applications in proteomics, metabolomics, pharmaceutical research, and environmental analysis, this capillary supports a range of analytical workflows that demand precise, low-volume sample handling. Its combination of inert materials and finely controlled dimensions enables high sensitivity and reproducibility, making it advantageous in workflows that require consistent, low-dispersion sample transport.

This product is compatible with a variety of Agilent LC and LC-MS instruments, as well as systems from other vendors configured for capillary and nano-scale liquid chromatography operations. It is particularly well matched with Agilent’s nanoLC systems and autosamplers, facilitating easy replacement or upgrade of fluidic paths. Use with recommended fittings and maintenance kits ensures optimal performance and prolonged lifespan in demanding laboratory environments. Ideal for research laboratories requiring accuracy and robustness in liquid chromatographic analyses.