Agilent, 2010117400, Torch, low-flow, quartz, 0.8 mm id injector tube, for radial 700, Liberty and Vista Series ICP-OES

Torch, low-flow, quartz, 0.8 mm id injector tube, for radial 700, Liberty and Vista Series ICP-OES. Annealed for greater strength. Recommended for routine analysis of volatile organic solvents e.g. gasoline

Specifications:
Chemical Compatibility: Volatile organics
Demountability: One piece
Injector ID: 0.8 mm
Injector Type: Quartz
Instrument Compatibility: 700 seriesLibertyVista series
Notes: Routine analysis of volatile organic solvents, e.g. gasoline
Spray Chamber Connection: Straight
Torch Material: Quartz
Type: Volatile organics
UNSPSC Code: 41115411
Viewing Angle: Radial

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This quartz torch is designed for precise, low-flow plasma generation in inductively coupled plasma optical emission spectrometry (ICP-OES) applications. Featuring a 0.8 mm internal diameter injector tube, it is optimized for the delivery of minimal sample volumes, making it ideal for laboratories requiring high analytical sensitivity and reduced sample consumption. The robust quartz construction ensures durability and resistance to high temperatures, promoting consistent and reliable performance in demanding analytical workflows. This torch is fully compatible with radial 700, Liberty, and Vista Series ICP-OES instruments from Agilent, supporting seamless integration into a wide range of elemental analysis protocols. It is particularly suited for trace metal analysis in environmental, pharmaceutical, food safety, and industrial quality control laboratories. Researchers benefit from its capacity to deliver stable plasma conditions, contributing to reproducible results and extended analytical run times. This replacement torch is part of Agilent’s comprehensive range of ICP-OES accessories and can be used in conjunction with other sample introduction components, such as nebulizers and spray chambers, to further enhance system performance and flexibility. Its specialized design supports high-throughput operations while maintaining analytical accuracy and longevity in routine and advanced research applications.