Agilent, 2010117500, Torch, low-flow, quartz, 1.4 mm id injector tube, for radial 700, Liberty and Vista Series ICP-OES

Torch, low-flow, quartz, 1.4 mm id injector tube, for radial 700, Liberty and Vista Series ICP-OES. Annealed for greater strength. Recommended for routine analysis of organic solvents e.g. kerosene, xylene, white spirit

Specifications:
Chemical Compatibility: Semi-volatile organics
Demountability: One piece
Injector ID: 1.4 mm
Injector Type: Quartz
Instrument Compatibility: 700 seriesLibertyVista series
Notes: Routine analysis of organic solvents, e.g. kerosene, xylene, and white spirit
Spray Chamber Connection: Straight
Torch Material: Quartz
Type: Semi-volatile organics
UNSPSC Code: 41115411
Viewing Angle: Radial

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This quartz torch with a 1.4 mm inner diameter low-flow injector tube is engineered for radial-view ICP-OES systems, including Agilent 700, Liberty, and Vista Series instruments. Designed to deliver precise and efficient sample introduction, the torch ensures stable plasma generation and optimal method performance, particularly when working with low sample volumes or sensitive matrices. Its robust quartz construction provides excellent resistance to chemical attack and high temperatures, supporting sustained operation in demanding analytical environments.

Ideal for research laboratories, environmental testing, and industrial quality control, this torch enables accurate trace metal analysis across diverse sample types such as water, soil, food, and pharmaceuticals. The low-flow design minimizes sample and gas consumption while maintaining analytical integrity, making it particularly suited for high-throughput applications and cost-efficiency.

This component integrates seamlessly with compatible ICP-OES systems, supporting method development and routine workflows. It is also compatible with standard peristaltic pumps, spray chambers, and nebulizers used in spectroscopic analysis. Easy installation and maintenance further enhance laboratory productivity, ensuring users can achieve reliable and reproducible results. This torch serves as a dependable solution for laboratories prioritizing precision, efficiency, and instrument compatibility in elemental analysis.