Agilent, G4912-80012, Semi-demountable inert torch for PFA inert kit, used with 2.5mm id sapphire or platinum injector for aqeous applications

Semi-demountable inert torch for PFA inert kit, used with 2.5mm id sapphire or platinum injector for aqeous applications. Replacement outer quartz torch body for PFA inert sample introduction kit suitable for Agilent 7500, 7700, 7800, 7850, 7900, 8800, 8900 ICP-MS. Order inert injector separately.

Specifications:
Chemical Compatibility: AqueousHF acidStrong acids
Demountability: Semi-demountable
Injector ID: 2.5 mm
Instrument Compatibility: 7500770078007850790088008900All Agilent ICP-MS systems
Spray Chamber Connection: Ball joint
Type: Inert
UNSPSC Code: 41115411

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Designed for exceptional performance in trace element analysis, this semi-demountable inert torch is an essential component for laboratories handling highly corrosive or high-purity aqueous samples. Its robust construction supports use with either 2.5 mm inner diameter sapphire or platinum injectors, ensuring optimized resilience against aggressive matrices while maintaining high analytical precision. Ideal for researchers seeking to minimize contamination and maximize longevity, this torch is particularly suited for studies requiring ultra-trace detection, such as environmental, pharmaceutical, or food safety analyses.

Engineered for easy integration within the PFA inert kit, this torch facilitates swift assembly and thorough cleaning, minimizing downtime and cross-contamination risks. Its inert pathway is compatible with inductively coupled plasma optical emission spectrometry systems supporting specialized inert sample introduction configurations. For best results, pair with high-purity sapphire or platinum injectors and PFA spray chambers or nebulizers, enhancing durability in challenging sample environments. This component is recommended for use in facilities prioritizing data integrity where sample contamination must be stringently controlled. The availability of semi-demountable design simplifies injector replacement and maintenance, supporting cost-effective, long-term operation in routine or demanding research applications.