Antimony Bromide – 500 gram Packs

Antimony Bromide, commonly known as Antimony(III) Bromide or Antimony Tribromide, is an inorganic halide composed of antimony and bromine. It has the molecular formula SbBr3 and a molecular weight of approximately 361.47 g/mol. The compound is generally encountered as a yellow to off-white crystalline solid and is sensitive to moisture, reacting with water to produce hydrolysis products, including hydrobromic acid. Antimony Bromide is used in selected chemical synthesis procedures, analytical chemistry, and research involving antimony-containing compounds. It is also relevant to specialized materials research and investigations of inorganic halides. Its reactivity and health hazards require careful handling under suitable laboratory controls. Antimony Bromide Laboratory Reagent is intended for controlled scientific procedures that specifically require this compound. Laboratories should confirm the required grade and consult the current Safety Data Sheet before use.

Product Specifications

Specification	Details
Appearance	Yellow crystalline solid
Assay	99%
Chemical Name	Antimony(III) Bromide
Alternate Names	Antimony Tribromide, Antimony Bromide, Tribromostibane, Tribromostibine
Molecular Formula	SbBr3
Empirical Formula	SbBr3
CAS Number	7789-61-9
Molecular Weight	361.47 g/mol
Grade	LR Laboratory Reagent

Key Features of Antimony(III) Bromide

• Defined inorganic halide: Antimony(III) Bromide contains antimony in the +3 oxidation state and has the chemical formula SbBr3.
• Characteristic crystalline form: It is commonly described as a yellow crystalline solid, although the precise appearance may vary with material condition.
• Moisture-sensitive behaviour: The compound undergoes hydrolysis on contact with water, requiring dry handling and appropriate storage.
• Reactivity in chemical synthesis: It is used in selected procedures for preparing other antimony-containing compounds.
• Specialized research relevance: Its defined composition makes it useful in suitable inorganic chemistry, analytical chemistry, and materials research procedures.

Laboratory Applications of Antimony(III) Bromide

• Inorganic chemistry experiments: Used in controlled investigations involving antimony halides and the chemical behaviour of antimony(III) compounds.
• Chemical synthesis: Serves as a reagent or precursor in selected procedures for preparing other antimony-containing compounds.
• Analytical chemistry: Used in specific analytical procedures where antimony tribromide is explicitly required by the method.
• Materials research: Can serve as an antimony precursor in specialized studies of halide-containing materials and related inorganic systems.
• Coordination and reaction studies: Relevant to research investigating the reactivity of antimony halides and their interactions with compatible chemical species.

Why Choose Lab Wale to Buy Antimony(III) Bromide

Lab Wale provides a convenient sourcing option for laboratory chemicals and scientific supplies for schools, colleges, universities, research centres, and professional laboratories. When purchasing Antimony Bromide, buyers should verify the chemical identity, grade, and available specifications to ensure compatibility with the intended procedure. Its moisture sensitivity and significant health hazards make careful reagent selection particularly important. Lab Wale supports laboratory procurement for appropriate analytical, educational, and research applications where the specified antimony compound is required.

Frequently Asked Questions About Antimony(III) Bromide

What is Antimony Bromide used for in laboratories?

Antimony(III) Bromide is used in selected chemical synthesis procedures, analytical chemistry, and investigations of antimony-containing compounds. It can also serve as a precursor in specialized materials research. Its use depends on the specified reaction, solvent compatibility, and the laboratory’s ability to manage its moisture sensitivity and health hazards.

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

Antimony(III) Bromide has the molecular formula SbBr3 and a molecular weight of approximately 361.47 g/mol. Its empirical formula is also SbBr3 because the atom ratio of one antimony atom to three bromine atoms cannot be reduced further.

What is the CAS number of Antimony Bromide?

The CAS Registry Number for Antimony(III) Bromide, also known as antimony tribromide, is 7789-61-9. This identifier distinguishes the compound from other antimony halides. Confirming the CAS number helps ensure the correct reagent is selected for chemical synthesis, analytical work, or research.

Is Antimony Bromide suitable for educational and research laboratories?

Antimony Bromide is primarily appropriate for controlled laboratory procedures and specialized research requiring this specific compound. It can cause harm if swallowed or inhaled and can react with water to form corrosive products. Use should be restricted to trained personnel working with suitable containment and safety controls.

How should Antimony Bromide be stored and handled safely?

Store Antimony Bromide in a tightly sealed, moisture-resistant, compatible container in a cool, dry location. Avoid contact with water, inhalation of dust, and skin or eye exposure. Use appropriate protective equipment and ventilation, and follow the current Safety Data Sheet for incompatibilities, spill response, and hazardous-waste disposal.

Storage Conditions for Antimony(III) Bromide

Store Antimony(III) Bromide in a tightly closed, moisture-resistant, compatible container in a cool, dry, well-ventilated area. Protect it from water and excessive humidity because hydrolysis can produce hydrobromic acid and other decomposition products. Keep the container securely labelled and segregate the compound from water, incompatible materials, and substances identified in the current Safety Data Sheet.

Precautions for Handling Antimony(III) Bromide

Review the current Safety Data Sheet before handling Antimony(III) Bromide. Wear suitable chemical-resistant gloves, protective clothing, and safety goggles. Avoid inhaling dust and prevent skin or eye contact. Handle the material in appropriate containment or a fume hood where required, and keep it away from water because hydrolysis can release corrosive products. Prevent environmental release and follow institutional spill-response and hazardous-waste disposal procedures.