Agilent, G8020-47002, 0.8 mm id alumina injector, inert, for fully demountable torch

0.8 mm id alumina injector, inert, for fully demountable torch. Recommended for routine analysis of volatile organic solvents such as gasoline. For use with the fully demountable torch for the 5000 series ICP-OES

Specifications:
Chemical Compatibility: HF acidVolatile organics
Demountability: Fully demountable
Injector ID: 0.8 mm
Injector Type: Alumina
Instrument Compatibility: 5100511058005900
Spray Chamber Connection: Ball joint
Type: Inert
UNSPSC Code: 41113000

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This precision-engineered 0.8 mm inner diameter alumina injector delivers exceptional chemical inertness and robust performance in demanding analytical environments. Designed specifically for integration with fully demountable torches used in inductively coupled plasma optical emission spectrometry ICP OES systems, the injector supports highly reproducible sample introduction for trace metals and elemental analysis. Its high-purity alumina construction ensures minimal contamination and superior resistance to corrosion or degradation from aggressive sample matrices, making it ideal for laboratories analyzing acids, organic solvents, or samples containing reactive species.

Typical applications include environmental monitoring, food safety testing, pharmaceutical quality control, and advanced materials research, where trace-level detection and sample matrix compatibility are critical. The inertness of the injector maintains analyte integrity, reducing the risk of memory effects or cross-contamination between runs.

It is fully compatible with Agilent fully demountable torch assemblies, facilitating easy maintenance and rapid replacement for sustained instrument uptime and performance. The injector can also be used with related Agilent sample introduction accessories for enhanced method flexibility. Whether supporting routine high-throughput workflows or specialized research investigations, this alumina injector provides reliable, accurate, and long-lasting operation suited to the highest analytical standards.