Ferric Iodide – 500 gram Packs

Ferric Iodide, also known as iron(III) iodide, is an inorganic iron halide represented by the chemical formula FeI₃. It contains iron in the +3 oxidation state and iodide ions. Unlike many common iron halides, ferric iodide is highly unstable in solution because iron(III) can oxidize iodide to iodine while being reduced to iron(II). Research on this compound is therefore associated with specialized inorganic chemistry, redox chemistry, and the preparation and investigation of iron–iodine species. Its reported solid-state chemistry makes it relevant to advanced chemical research, but its instability limits routine laboratory applications. The identity, physical form, purity, and suitability of any commercial Ferric Iodide product should be confirmed against reliable supplier documentation before use in educational, analytical, or research laboratories.

Product Specifications

Key Features of Ferric Iodide

• Identified as an inorganic iron halide containing iron in the +3 oxidation state and iodide ions.
• Has the chemical formula FeI₃ and a formula mass of approximately 436.56 g/mol.
• Reported as a black solid under conditions used for its preparation and characterization.
• Exhibits important redox chemistry involving the interaction of iron(III) and iodide species.
• Relevant to specialized inorganic chemistry investigations, with its instability requiring careful evaluation of storage and experimental conditions.

Laboratory Applications of Ferric Iodide

• Advanced inorganic chemistry research involving the structure and properties of iron halide compounds.
• Specialized investigations of redox reactions involving iron oxidation states and iodide ions.
• Research into iron–iodine coordination chemistry and related compound formation.
• Comparative studies of transition-metal halides and their chemical stability under controlled conditions.
• Research on iron–iodine species using appropriate characterization methods and validated experimental procedures.

Why Choose Lab Wale to Buy Ferric Iodide

Lab Wale supports schools, colleges, universities, research centres, and laboratory professionals in sourcing laboratory chemicals and scientific supplies. When selecting Ferric Iodide, purchasers should verify the chemical identity, physical form, grade, assay, packaging, and applicable safety information before ordering. Because iron(III) iodide is unusually unstable, confirmation that the supplied material corresponds to the intended compound is particularly important. Selecting chemicals according to their documented properties and the requirements of the intended experiment helps laboratories make informed purchasing decisions.

Frequently Asked Questions About Ferric Iodide

What is Ferric Iodide used for in laboratories?

Ferric Iodide is primarily relevant to specialized inorganic chemistry and research into iron–iodine compounds and redox reactions. Its instability in solution limits routine applications. Experimental use should be based on a validated procedure and confirmation that the available material has the required chemical identity and properties.

What is the molecular formula of Ferric Iodide?

The molecular formula conventionally assigned to Ferric Iodide is FeI₃, and its formula mass is approximately 436.56 g/mol. Its empirical formula is also FeI₃ because the atom ratio cannot be simplified. The compound must be distinguished from ferrous iodide, which has the formula FeI₂.

What is the CAS number of Ferric Iodide?

The CAS Registry Number associated with iron(III) iodide is 15600-49-4. This identifier distinguishes the registered chemical substance from related iron iodides. Verify the number against the supplier’s product identification before purchasing, especially when the material is intended for specialized research.

Why is Ferric Iodide less common than other iron halides?

Iron(III) iodide is unusually unstable because iron(III) can oxidize iodide ions to iodine while being reduced to iron(II). Although the compound has been prepared and studied under specialized conditions, its instability in solution and challenging preparation limit its routine use and availability compared with more stable iron halides.

How should Ferric Iodide be stored and handled safely?

Storage conditions should be established using product-specific safety information because the compound is unstable and may react under unsuitable conditions. Avoid unverified exposure to moisture, incompatible substances, heat, or light. Use appropriate protective equipment and ventilation, and follow institutional procedures for handling, spill management, and chemical waste disposal.

Storage Conditions for Ferric Iodide

Ferric Iodide requires storage conditions appropriate to its documented physical form and chemical stability. Keep the material in a compatible, tightly closed container under conditions specified by the supplier’s current safety documentation. Protect it from incompatible substances and avoid unnecessary exposure to moisture, heat, and light until suitable product-specific storage requirements have been established.

Precautions for Handling Ferric Iodide

Review the applicable Safety Data Sheet and validated handling instructions before use. Wear suitable protective gloves, laboratory clothing, and eye protection, and use appropriate ventilation to minimize exposure to dust or reaction products. Avoid contact with incompatible chemicals and do not assume that aqueous preparations remain chemically stable. Restrict use to appropriately trained personnel and follow institutional procedures for spills, waste disposal, and emergencies.