Thermo Scientific™ 8-Hydroxyquinoline-5-sulfonic acid monohydrate

Thermo Scientific™ 8-Hydroxyquinoline-5-sulphonic Acid Monohydrate is a high-purity reagent commonly used in analytical chemistry, metal complexation studies, and biochemical assays. The compound, derived from the hydroxyquinoline family, features a sulfonic acid group which enhances water solubility and chelation efficiency, making it ideal for trace metal analysis and ligand-binding studies.

Key Features

• High Purity – ≥98% assay by GC and IR spectroscopy, ensuring accurate and reliable results
• Water-Soluble Derivative – Sulphonic acid group improves solubility and metal complexation properties
• Versatile Applications – Suitable for analytical, biochemical, and coordination chemistry workflows
• Thermally Stable – Melting point >300 °C, suitable for applications requiring elevated thermal resilience
• Available in Multiple Pack Sizes – From 5 g to 2.5 kg for scalable use

Chemical & Physical Properties

Applications

• Metal Ion Chelation – Effective in coordination chemistry and metal ion detection
• Analytical Reagent – Used for trace metal analysis in environmental and biological samples
• Ligand Studies – Common in studies involving chelating agents or bioinorganic chemistry
• Dye and Fluorescent Tagging – Intermediate in synthesizing fluorescent metal-binding dyes
• Research & Development – Useful in developing sensors, indicators, and assays involving transition metals

Safety & Handling

• Hazard Statements: May cause respiratory irritation; suspected of causing genetic defects or cancer with prolonged exposure
• Precautions: Use in a fume hood with proper PPE; avoid inhalation and direct skin contact
• Storage: Store tightly sealed at ambient conditions away from moisture and incompatible substances

Ordering Information

Thermo Scientific™ 8-Hydroxyquinoline-5-sulphonic Acid Monohydrate (98%) is a reliable, high-purity reagent designed for precision in chemical analysis and coordination chemistry. With enhanced solubility and strong metal-binding properties, it supports advanced applications across analytical laboratories and chemical research environments.