Easy-fit semi-demountable torch, 1.4 mm id quartz injector for semi-volatile organics, for 5000 series RV (radial) ICP-OES. Features a 1.4 mm id injector with a replaceable shorter tube (no slot) for dedicated radial viewing. This torch is recommended for routine analysis of aqueous and semi-volatile organic samples.
Specifications:
Chemical Compatibility: AqueousSemi-volatile organics
Demountability: Semi-demountable
Injector ID: 1.4 mm
Injector Type: Quartz
Instrument Compatibility: 5100511058005900
Spray Chamber Connection: Ball joint
Torch Material: Quartz
Type: AqueousSemi-volatile organics
UNSPSC Code: 41113000
Viewing Angle: Radial
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The Easy-fit semi-demountable torch with a 1.4 mm inner diameter quartz injector is designed for high-performance analysis of semi-volatile organics using the 5000 series radial view ICP-OES systems. Engineered for straightforward installation and maintenance, this torch features a semi-demountable design that simplifies injector replacement, reducing instrument downtime and supporting continuous laboratory workflows. The precision-crafted 1.4 mm quartz injector delivers optimal sample introduction and consistent plasma stability, ensuring reliable and reproducible results, particularly within environmental, petrochemical, pharmaceutical, and food safety testing laboratories. Its chemical resistance and thermal durability make it ideal for demanding sample matrices that are characteristic in the analysis of semi-volatile organic compounds. Compatibility with instrument autosamplers and other standard ICP-OES accessories enables seamless integration into existing laboratory setups. This torch is a recommended choice for researchers and analysts who require robust performance and simplified maintenance for routine and advanced applications. It can be used in conjunction with other Agilent consumables designed for the 5000 series, such as the matched sample introduction kits and optimized nebulizers, to further enhance analytical performance. This solution is essential for laboratories seeking reliable throughput and high-quality data in trace element and organic analysis.