Ferric Iodide- 1 Kg Packs

Ferric Iodide, also known as Iron(III) Iodide or Iron Triiodide, is an iron–iodine compound represented by the chemical formula FeI₃. It is of interest in inorganic chemistry because of the redox behaviour of iron(III) and iodide ions. Iron(III) can oxidise iodide to iodine while being reduced to iron(II), making the chemistry of this system important in studies of oxidation–reduction reactions and chemical equilibrium. Iron(III) iodide is reported as a black solid and is unstable in water, where decomposition can occur. Consequently, its identity and stability must be carefully considered before selecting it for laboratory work. The compound is relevant to specialised investigations of iron oxidation states, iodide chemistry, and electron-transfer reactions. Laboratories should verify the supplied material’s composition and stability before use, follow the applicable safety documentation, and ensure that the intended experiment is compatible with the compound’s chemical behaviour.

Product Specifications

Key Features of Ferric Iodide

• Iron–iodine compound represented by the formula FeI₃, containing iron in the +3 oxidation state.
• Reported as a black solid with limited stability under ordinary aqueous conditions.
• Relevant to investigations of iron oxidation states and iodide redox chemistry.
• Provides a theoretical example for studying electron transfer and the relationship between oxidation and reduction reactions.
• Requires confirmation of chemical identity and stability before use in specialised laboratory procedures.

Laboratory Applications of Ferric Iodide

• Redox chemistry studies: Relevant to investigations of the oxidation of iodide ions and reduction of iron(III) under suitable experimental conditions.
• Inorganic chemistry research: May be considered in specialised studies of iron–iodine compounds where the material’s identity and stability are established.
• Oxidation-state investigations: Supports theoretical and analytical discussions of iron oxidation states and electron-transfer processes.
• Chemical equilibrium studies: Relevant to investigations of coupled redox reactions and the influence of reaction conditions on chemical speciation.
• Advanced laboratory research: May be used in carefully assessed procedures involving iron and iodide chemistry when a suitable, characterised material is available.

Why Choose Lab Wale to Buy Ferric Iodide

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. When considering Ferric Iodide, verify the chemical identity, composition, stability, grade, and available product specifications before purchasing. This is particularly important because iron(III) iodide has limited stability under ordinary conditions. Reviewing relevant technical and safety documentation helps laboratories determine whether the material is suitable for the intended research application and can be handled appropriately.

Frequently Asked Questions About Ferric Iodide

What is Ferric Iodide used for in laboratories?

Ferric Iodide is relevant to specialised discussions and investigations of iron oxidation states, iodide redox chemistry, and electron-transfer reactions. Its practical use depends on the availability of a suitably characterised material and the stability requirements of the procedure. It should not be assumed suitable for routine aqueous experiments.

What is the molecular formula of Ferric Iodide?

The formula assigned to iron(III) iodide is FeI₃, and its calculated molecular weight is approximately 436.56 g/mol. These values describe the nominal compound. Because iron(III) iodide is unstable under ordinary conditions, the actual composition of a supplied product should be verified before quantitative calculations.

What is the CAS number of Ferric Iodide?

CAS number 15600-49-4 is associated with iron(III) iodide, also known as Ferric Iodide. This identifier refers to the nominal FeI₃ compound. Confirm the supplied material’s identity and available technical documentation before using this number in laboratory inventories or procurement records.

Why is Ferric Iodide unstable in water?

Iron(III) can oxidise iodide ions to iodine while being reduced to iron(II). This redox reaction changes the chemical species present and means that iron(III) iodide does not remain unchanged in ordinary aqueous conditions. Its stability must therefore be considered when designing experiments involving iron and iodide.

How should Ferric Iodide be stored and handled?

Storage and handling conditions should be established from the supplier’s current Safety Data Sheet and verified product information. Avoid exposure to moisture when required, prevent direct contact, and wear suitable laboratory protective equipment. Do not prepare aqueous solutions or conduct experiments without confirming the material’s identity, stability, and compatibility with the procedure.

Storage Conditions for Ferric Iodide

Store the identified material in a compatible, tightly closed, clearly labelled container under the conditions specified by the supplier. Protect it from moisture and incompatible substances where required, and minimise unnecessary exposure to air and environmental contamination. Because the compound has limited stability under ordinary conditions, follow product-specific storage guidance rather than assuming that standard iron salt storage conditions are sufficient.

Precautions for Handling Ferric Iodide

Review the current Safety Data Sheet and confirm the material’s identity before handling. Wear suitable laboratory gloves, safety goggles, and protective clothing, and avoid generating or inhaling dust. Use appropriate ventilation and prevent unnecessary contact with skin and eyes. Account for possible iodine formation and changes in chemical composition, and follow institutional procedures for spill management and hazardous waste disposal.