Agilent, 5190-8460, Germanium (Ge) standard, 1,000 µg/mL, in 5% HNO3, trace HF, 500 mL

Germanium (Ge) standard, 1,000 µg/mL, in 5% HNO3, trace HF, 500 mL

Specifications:
Analyte Count: 1
Chemical Type: Inorganic
Concentration: Germanium1000 µg/mLCAS #: 7440-56-4
Packaging: Bottle
Part Number Application: Single Element
Part Number Application Domain: Elemental Analysis
Solvent: 5% Nitric acid with trace hydrofluoric acid
Standard Type: Germanium (Ge)
Technique: ICP-OES
UNSPSC Code: 41113000
Volume: 500 mL

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This high-purity germanium standard solution is formulated at a concentration of 1000 micrograms per milliliter in 5 percent nitric acid with trace hydrofluoric acid, supplied in a 500 milliliter volume. Designed for use as a calibration or quality control standard in analytical laboratories, this solution enables precise and accurate quantification of germanium in a variety of matrices. It is particularly suited for trace elemental analysis using techniques such as inductively coupled plasma mass spectrometry ICP-MS or inductively coupled plasma optical emission spectrometry ICP-OES, making it an excellent choice for environmental, geological, materials, or semiconductor research.

The carefully controlled matrix optimizes stability and minimizes background contamination, ensuring reproducible results. This standard is compatible with Agilent atomic spectroscopy systems as well as other major instrument brands, supporting both routine and high-sensitivity applications. For laboratories involved in multi-element analysis, this product integrates seamlessly with related Agilent certified single or multi-element standards and consumables, facilitating consistent workflows and method development. Each batch is manufactured to stringent quality specifications, delivering reliable performance and traceability to NIST standards, and includes a Certificate of Analysis for regulatory compliance and documentation. This makes it an essential reagent for laboratories focused on high-quality, trace-level quantitative analysis.