Product Overview

Academic Use – Photochemistry and Educational Demonstrations

Ammonium ferric citrate is widely used in schools and colleges for cyanotype experiments, an engaging way to teach photochemistry and light-sensitive reactions. It’s ideal for demonstrating iron salt reactions and often used in chemistry practicals and analytical procedures involving iron detection.

Industrial Use – Imaging and Water Treatment

Industries use this compound in blueprint and photographic paper production, where it reacts with light to form Prussian Blue. It’s also applied in certain water purification processes due to its iron content and complexing ability, useful for metal ion removal and oxidation.

Institutional Use – Diagnostic and Research Laboratories

In research and diagnostic labs, Ammonium Ferric Citrate serves as a source of ferric ions and as a contrast agent in radiology or imaging studies. It also supports nutritional studies in biochemistry labs and is used in metal-complex synthesis experiments.

 FAQs

1. What is Ammonium Ferric Citrate primarily used for in labs?

It is mainly used for cyanotype printing, iron content testing, and light-sensitive reactions in analytical chemistry.

2. Is this chemical safe for use in photography experiments?

Yes, when handled properly in a lab setting, it is safe and commonly used in photographic and blueprint applications.

3. Can it be used in biological or nutritional studies?

Yes, it may be used as a source of bioavailable iron in biochemistry and nutrition-related research.

4. How should this compound be stored?

Store in a cool, dry place, tightly sealed, and away from light and oxidizing materials to maintain stability.

5. What are good alternatives for photographic chemistry?

Ferric Ammonium Oxalate or Potassium Ferricyanide may be used depending on the photographic or imaging process.