Agilent, G8020-60806, Quartz injector, tapered, 1.4 mm id, for fully demountable torch

Quartz injector, tapered, 1.4 mm id, for fully demountable torch. Recommended for routine analysis of semi-volatile organic solvents such as kerosene and xylene. For use with 5000 series ICP-OES fully demountable torch.

Specifications:
Chemical Compatibility: AqueousSemi-volatile organics
Demountability: Fully demountable
Injector ID: 1.4 mm
Injector Type: Quartz
Instrument Compatibility: 5100511058005900
Spray Chamber Connection: Ball joint
Type: Organics

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This high-quality quartz injector features a tapered design with a 1.4 mm internal diameter, engineered for optimal sample introduction in fully demountable torch systems. Precision-manufactured from durable quartz material, it provides excellent chemical resistance and thermal stability, ensuring consistent analytical performance in demanding laboratory environments. Designed to promote efficient aerosol transport, the tapered geometry minimizes sample dispersion and improves sensitivity in applications such as environmental, clinical, pharmaceutical, and geochemical analyses.

Ideal for use in inductively coupled plasma optical emission spectroscopy ICP OES and similar workflows, this injector supports reproducible results and instrument uptime by resisting contamination and facilitating straightforward maintenance. Its compatibility with select Agilent ICP torch assemblies allows seamless integration into existing laboratory systems, ensuring reliable operation and ease of installation. Frequently used in trace element analysis, quality control, and research laboratories, it enables high-throughput sample processing and accurate quantification across a broad dynamic range.

This quartz injector is also compatible with related ICP sample introduction accessories, including spray chambers, nebulizers, and demountable torch components. Laboratories seeking improved precision and operational continuity will benefit from the injector’s robust design and consistent sample delivery in a wide range of elemental analysis applications.