Tubing kit, organic, axial ICP, for low volatile organic solvents with concentric nebulizer and glass cyclonic spray chamber. Includes PVC SolvaFlex peristaltic pump tubing (1 each black/black and white/white), FEP transfer tube (spray chamber to torch), drain tubing, tubing for waste line, EzyFit connectors, nebulizer capillary tubing, connectors, connecting tubing OneNeb/SeaSpray nebulizer and double-pass cyclonic spray chamber
Specifications:
Instrument Compatibility: 700 seriesLibertyVista series
Notes: OneNeb/SeaSpray nebulizer and double-pass cyclonic spray chamber
UNSPSC Code: 40142600
Viewing Angle: Axial
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Designed for efficient sample introduction in ICP-OES and ICP-MS analyses, this tubing kit is tailored for use with low volatile organic solvents in laboratories focused on organic analysis. The kit features high-quality tubing with an axial design optimized for organic solvent compatibility, ensuring reliable performance and chemical resistance during demanding workflows. Included is a concentric nebulizer and a glass cyclonic spray chamber, both of which enhance sample transport efficiency and provide superior aerosol generation, contributing to improved analytical sensitivity and precision.
Ideal for environmental, pharmaceutical, petrochemical, and materials research laboratories, this tubing kit supports applications requiring accurate quantification of trace elements in organic matrices. Its robust design, coupled with compatibility for low volatile organic solvents, makes it particularly suitable for methods adhering to stringent organic sample preparation and introduction protocols.
This tubing kit integrates seamlessly with Agilent ICP systems and is recommended for users employing glass concentric nebulizers and glass cyclonic spray chambers. It also complements the full range of Agilent sample introduction accessories and consumables, ensuring consistent performance across multiple organic sample types. Researchers can depend on this kit for minimized contamination risk, stable sample flows, and long-term reliability in precision trace element analysis.