Antimony Iodide – 500 gram Packs

Antimony Iodide, also known as Antimony(III) Iodide or Antimony Triiodide, is an inorganic halide composed of antimony and iodine. It has the molecular formula SbI3 and a molecular weight of approximately 502.47 g/mol. This compound is commonly described as a red to reddish-brown crystalline solid and is relevant to specialized inorganic chemistry, chemical synthesis, and materials research involving antimony-containing halides. Its chemical properties make it useful in selected investigations of halide reactions, crystalline inorganic compounds, and antimony chemistry. Antimony Iodide Laboratory Reagent is intended for controlled laboratory procedures that specifically require this compound, subject to the method’s requirements and applicable specifications. The 500 gram pack provides a laboratory supply quantity for suitable research applications. Because antimony compounds can present health and environmental hazards, trained personnel should follow appropriate laboratory safety procedures and consult the relevant Safety Data Sheet before handling this reagent.

Product Specifications

Specification	Details
Appearance	Red to reddish-brown crystalline solid
Assay	99%
Chemical Name	Antimony(III) Iodide
Alternate Names	Antimony Triiodide, Antimony Iodide, Antimonous Iodide
Molecular Formula	SbI3
Empirical Formula	SbI3
CAS Number	7790-44-5
Molecular Weight	502.47 g/mol
Grade	LR Laboratory Reagent

Key Features of Antimony Iodide

• Defined inorganic composition: Antimony(III) Iodide has the molecular formula SbI3 and contains antimony in the +3 oxidation state.
• Characteristic crystalline form: It is commonly described as a red to reddish-brown crystalline solid suitable for controlled laboratory use.
• Distinctive halide chemistry: Its iodine-containing composition makes it relevant to investigations of inorganic halides and their chemical reactions.
• Research applications: It can serve as a reagent or precursor in selected chemical synthesis and materials research procedures.
• Defined formula mass: Its molecular weight of approximately 502.47 g/mol supports stoichiometric calculations in experiments requiring antimony triiodide.

Laboratory Applications of Antimony Iodide

• Inorganic chemistry investigations: Used in controlled studies of antimony halides, oxidation states, and the chemical properties of antimony(III) compounds.
• Chemical synthesis: Serves as a reagent or precursor in selected synthesis procedures that specifically require antimony triiodide.
• Halide reaction studies: Relevant to investigations of inorganic halide reactivity and interactions with compatible chemical species.
• Materials chemistry research: May be used as a precursor in specialized studies involving antimony-containing materials and halide-based systems.
• Solid-state chemistry: Can be investigated in research involving crystalline inorganic compounds, structural properties, and composition-dependent behaviour.

Why Choose Lab Wale to Buy Antimony Iodide

Lab Wale provides a convenient sourcing option for laboratory chemicals and scientific supplies for schools, colleges, universities, research centres, and laboratory professionals. When purchasing Antimony Iodide, buyers should confirm the chemical identity, grade, and available product specifications to ensure compatibility with the intended procedure. Reviewing safety information is particularly important when selecting antimony-containing compounds. Lab Wale supports laboratory procurement for appropriate analytical, educational, and research applications where the specified reagent is required.

Frequently Asked Questions About Antimony Iodide

What is Antimony Iodide used for in laboratories?

Antimony(III) Iodide is used in specialized inorganic chemistry investigations, chemical synthesis, and research involving antimony halides. It may also serve as a precursor in selected materials research procedures. Its suitability depends on the experimental method, chemical compatibility, and the required reagent specifications.

What are the molecular formula and molecular weight of Antimony Iodide?

Antimony Iodide has the molecular formula SbI3 and a molecular weight of approximately 502.47 g/mol. Its empirical formula is also SbI3 because the ratio of one antimony atom to three iodine atoms cannot be simplified further.

What is the CAS number of Antimony Iodide?

The CAS Registry Number for Antimony(III) Iodide is 7790-44-5. It is also known as antimony triiodide. This identifier helps distinguish the compound from other antimony halides and supports accurate reagent selection and laboratory documentation.

Is Antimony Iodide suitable for educational and research laboratories?

Antimony Iodide is primarily suited to controlled research and specialized laboratory procedures that require this compound. Because antimony compounds can present health hazards, its use should be restricted to appropriately equipped laboratories and trained personnel following institutional chemical-safety procedures.

How should Antimony Iodide be stored and handled safely?

Store Antimony Iodide in a tightly closed, compatible container in a cool, dry location, protected from moisture. Avoid breathing dust and prevent skin or eye contact. Wear suitable protective equipment, use appropriate ventilation, and follow the current Safety Data Sheet for spill response, incompatible materials, and hazardous-waste disposal.

Storage Conditions for Antimony Iodide

Store Antimony Iodide in a tightly closed, compatible, clearly labelled container in a cool, dry, well-ventilated area. Protect it from moisture and contamination, and keep it segregated from incompatible chemicals identified in the applicable Safety Data Sheet. Maintain suitable storage controls for hazardous antimony compounds and avoid unnecessary exposure during handling.

Precautions for Handling Antimony Iodide

Review the current Safety Data Sheet before handling Antimony Iodide. Wear suitable chemical-resistant gloves, protective clothing, and safety goggles. Avoid inhaling dust and prevent contact with the eyes and skin. Use appropriate ventilation or containment, prevent release into the environment, and follow institutional procedures for spills, contaminated materials, and hazardous-waste disposal. Handling should be performed by trained personnel.