Agilent, 5190-8540, Thorium (Th) standard, 1,000 µg/mL, in 5% HNO3, 500 mL

Thorium (Th) standard, 1,000 µg/mL, in 5% HNO3, 500 mL.

Cannot order online due to the presence of Thorium. Specifications: Chemical Type: Inorganic Packaging: Bottle Part Number Application: Single Element Part Number Application Domain: Elemental Analysis Quality Level: CRM Solvent: 5% Nitric acid Standard Type: Thorium (Th) Technique: ICP-OES UNSPSC Code: 41113000 Volume: 500 mL **********The following product description is generated by AI and is for reference only. If you have any questions, please contact customer service.********** This high-purity thorium standard solution is precisely calibrated at 1,000 micrograms per milliliter in a 5 percent nitric acid matrix and supplied in a 500 milliliter volume. It is specifically formulated for reliable calibration and quality control in atomic spectroscopy techniques such as ICP-OES and ICP-MS, enabling accurate quantification and trace analysis of thorium in environmental, geological, nuclear, and material science samples. The solution’s consistent concentration and traceability to certified reference materials ensure reproducible results, supporting both routine laboratory protocols and advanced research applications. It is compatible with Agilent’s spectrometric instrumentation as well as systems from other leading manufacturers, providing broad utility across multi-instrument laboratories. Ideal for use in developing calibration curves, verifying instrument performance, and validating analytical methods, this standard supports regulatory compliance and robust analytical workflows. Comprehensive documentation provides users with detailed traceability, safety information, and handling guidelines, ensuring confidence and convenience in every application. Users can integrate this solution with Agilent’s range of sample introduction systems, supplies, and certified standards for seamless operation and analytical accuracy. This product meets the strict demands of laboratories focused on high-precision elemental analysis.