Agilent, G3285-80035, Injector, platinum, 2.5 mm id, for PFA inert kit, for aqueous samples in semiconductor applications

Injector, platinum, 2.5 mm id, for PFA inert kit, for aqueous samples in semiconductor applications. Replacement for PFA inert sample introduction kit with Agilent 7500, 7700, 7800, 7850, 7900, 8800, 8900 ICP-MS

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

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The Agilent injector with platinum construction and a 2.5 mm inner diameter is specifically designed for use within PFA inert kits, providing outstanding chemical resistance and purity for aqueous sample introduction in semiconductor analysis. Its precision engineering ensures reliable and contamination-free transfer of samples, which is crucial in high-purity environments and trace elemental analysis. This injector is particularly suited for applications where metal contamination must be minimized, such as ultra-trace analysis of process chemicals and ultrapure water in semiconductor manufacturing.

Ideal for laboratories utilizing inductively coupled plasma mass spectrometry ICP-MS or optical emission spectrometry ICP-OES, the platinum injector supports accurate and repeatable measurements. Its robust build is optimized for longevity and consistent performance under the demanding conditions typical in semiconductor research and process control.

The injector seamlessly integrates with Agilent PFA inert kits and is compatible with various Agilent sample introduction systems tailored for semiconductor workflows. When paired with appropriate autosamplers and sample introduction accessories, it maximizes analytical throughput and minimizes operational downtime. For best results, use with matched PFA kits and other high-purity sample introduction components recommended for critical trace element analyses in high-technology laboratories.