Agilent, 9910084700, Semi-demountable inert torch assembly for axial 700 Series, Vista Series, and Liberty ICP-OES

Semi-demountable inert torch assembly for axial 700 Series, Vista Series, and Liberty ICP-OES. For analysis of samples containing hydrofluoric (HF) acid. Includes low-flow torch body, 1.8 mm id alumina injector and injector holder. Also requires 1m connecting tubing, p/n 3710033400 to connect the spray chamber to the torch. Compatible with 700 Series, Vista Series, and Liberty ICP-OES.

Specifications:
Chemical Compatibility: AqueousHF acid
Demountability: Semi-demountable
Injector ID: 1.8 mm
Injector Type: Alumina
Instrument Compatibility: 700 seriesLibertyVista series
Notes: Samples with free HF when used with an inert alumina injector (2410067590); for volatile organic solvents, use narrow bore 0.8 mm id quartz injector (2010077500)
Spray Chamber Connection: Straight
Torch Material: Quartz
Type: HF acid
UNSPSC Code: 41115411
Viewing Angle: Axial

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This semi-demountable inert torch assembly is engineered specifically for use with Axial 700 Series, Vista Series, and Liberty ICP-OES instruments, ensuring optimal performance in inductively coupled plasma optical emission spectrometry applications. Designed for laboratories handling complex or corrosive sample matrices, it features high chemical inertness, allowing consistent analysis of challenging samples such as concentrated acids, high salt content, or organometallic compounds. The semi-demountable construction facilitates easy replacement and maintenance of individual torch components, reducing downtime and overall operating costs.

Ideal for trace metal analysis, environmental monitoring, pharmaceutical testing, and geochemical research, this torch assembly supports demanding workflows that require high analytical sensitivity and minimal contamination. Its robust design provides reliable plasma stability and enhanced lifespan, even under continuous or high-throughput operation. The assembly is compatible with other inert sample introduction systems, such as inert nebulizers and spray chambers, further expanding its versatility in method development.

Researchers and analysts benefit from accurate, reproducible results across diverse sample types, making this component an essential part of any high-performance ICP-OES laboratory setup. The inert torch assembly contributes significantly to data integrity, instrument uptime, and cost-effective routine and specialized analyses.