PI14088 Ferric sulfate (CAS No.: 10028-22-5)

Ferric sulfate Description

Ferric sulfate, with a chemical formula of Fe2O12S3, is a powder utilised in chemical synthesis and related industrial processes. Its defined composition ensures controlled reactivity in catalytic processes and reagent formulations. The material's standardised particle size and high purity contribute to improved reaction kinetics and consistency in product quality, addressing precise requirements in laboratory and industrial environments.

Ferric sulfate Characteristics

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Ferric sulfate Applications

Chemical Synthesis Applications
- Used as a catalyst in synthetic reaction systems to enhance reaction rates by leveraging its defined reactivity.
- Applied as a reagent in oxidation processes to achieve controlled reaction outcomes by capitalising on its high-purity composition. 

Water Treatment Applications
- Used as a coagulant in water treatment to remove suspended particles by leveraging its flocculation properties, contributing to cleaner water output. 

Pigment Manufacturing Applications
- Employed as an intermediate in the preparation of pigments to facilitate chemical transformations, ensuring consistent colour yield by utilising its reactive nature.

Ferric sulfate Packing

Ferric sulfate is packaged in moisture-resistant, sealed containers that prevent exposure to environmental contaminants. The packaging includes inner liners to reduce particulate transfer and anti-static measures to maintain product integrity. Clear labelling and adjustable container sizes are available. Storage recommendations include a cool, dry area away from direct sunlight, ensuring optimal preservation during transportation and storage.

Additional Information

Ferric sulfate plays a critical role in many chemical synthesis processes due to its predictable reactivity and composition. Researchers leverage its properties to control oxidation states in compound synthesis and to serve as a catalyst in various reaction pathways. The material's consistency and measured particle distribution are instrumental in achieving reproducible results.

Understanding the broader chemical characteristics of iron salts, including ferric sulfate, is essential for optimising reaction conditions in both laboratory research and industrial production. The compound serves as a practical example of how precise control over chemical properties supports large-scale synthesis while minimising variability in end products.