Agilent, 6610030500, Calibration mix 1 for AA and ICP-OES; 125 mL, contains 100 mg/L Sb, Mo, Sn and Tl in 2 % HNO3 + 0.5 % HF

Calibration mix 1 for AA and ICP-OES; 125 mL, contains 100 mg/L Sb, Mo, Sn and Tl in 2 % HNO3 + 0.5 % HF

Specifications:
Analyte Count: 4
Chemical Type: Inorganic
Concentration: Antimony (ICP grade)100 mg/LCAS #: 7440-36-0Molybdenum100 mg/LCAS #: 7439-98-7Thallium100 mg/LCAS #: 7440-28-0Tin100 mg/L
Packaging: Bottle
Part Number Application: Multi Element
Part Number Application Domain: Elemental Analysis
Solvent: 2% Nitric acid with 0.5% hydrofluoric acid
Technique: Atomic AbsorptionICP-OES
UNSPSC Code: 41116107
Volume: 125 mL

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This calibration mix is a high-purity, multi-element standard solution containing antimony, molybdenum, tin, and thallium each at a concentration of 100 mg/L, dissolved in a matrix of 2 percent nitric acid and 0.5 percent hydrofluoric acid. Designed for precise and reliable calibration in atomic absorption spectroscopy (AA) and inductively coupled plasma optical emission spectrometry (ICP-OES) workflows, this 125 mL solution streamlines element quantification in environmental, clinical, mining, and industrial laboratories. The stable composition ensures accurate measurement by minimizing matrix interferences and maintaining element integrity during long-term storage. Ideal for laboratories requiring rigorous quality control and trace elemental analyses in water, soil, or metallurgical samples, this calibration standard supports regulatory compliance and method development. Compatibility with a broad range of Agilent AA and ICP-OES instruments ensures seamless integration into standard laboratory protocols. This product complements Agilent’s portfolio of single and multi-element calibration standards and is manufactured under strict quality assurance for traceability and reproducibility, which is critical for high-precision analytical workflows. Researchers and analysts benefit from reduced preparation time and enhanced data reliability, supporting confident quantitation and method validation in complex sample matrices.