Bismuth Acetate- 1 Kg Packs

Bismuth Acetate, also known as Bismuth(III) acetate or Bismuth triacetate, is an inorganic metal carboxylate composed of bismuth and acetate groups. Its chemical formula is Bi(CH₃COO)₃, equivalent to C₆H₉BiO₆, and its formula mass is approximately 386.11 g/mol. This solid compound is generally described as a white to grey crystalline powder and is insoluble in water. Bismuth Acetate is relevant to laboratory investigations involving inorganic chemistry, metal carboxylates, coordination chemistry, and the preparation of selected bismuth-containing materials. It can be used in appropriate educational demonstrations, chemical synthesis, and research procedures where bismuth compounds are required. Its suitability for analytical or preparative work depends on the specified reagent grade, assay, and experimental requirements. Lab Wale offers Bismuth Acetate for laboratory applications in educational institutions, research centres, and scientific laboratories.

Product Specifications

Specification	Details
Appearance	Grey crystalline powder
Assay	99%
Chemical Name	Bismuth(III) Acetate
Alternate Names	Bismuth triacetate, Acetic acid bismuth(III) salt, Bismuth acetate
Molecular Formula	C₆H₉BiO₆
Empirical Formula	C₆H₉BiO₆
CAS Number	22306-37-2
Molecular Weight	386.11 g/mol
Grade	LR Laboratory Reagent

Key Features of Bismuth Acetate

• Defined inorganic compound: Bismuth(III) acetate contains bismuth in the +3 oxidation state associated with acetate groups.
• Established chemical composition: Its formula is C₆H₉BiO₆, with a formula mass of approximately 386.11 g/mol.
• Characteristic solid appearance: It is available as a crystalline solid or powder, with colour that can vary between white and grey according to product specifications.
• Low water solubility: Its insolubility in water is relevant to studies of metal carboxylates and solvent-dependent chemical behaviour.
• Research applications: It is suitable for selected investigations involving bismuth chemistry, inorganic synthesis, and bismuth-containing materials when the required specifications are met.

Laboratory Applications of Bismuth Acetate

• Inorganic chemistry experiments: Used in selected investigations of bismuth compounds, metal oxidation states, and the properties of metal carboxylates.
• Coordination chemistry research: Can serve as a bismuth source in appropriate investigations involving coordination environments and interactions with other chemical species.
• Preparation of bismuth-containing materials: Used as a precursor in selected synthesis procedures where bismuth acetate is specified as the starting material.
• Organic and inorganic synthesis: Can be employed in suitable preparative reactions involving bismuth compounds, depending on the reaction conditions and established method.
• University and research laboratory studies: Supports selected investigations of metal carboxylates, chemical reactivity, and bismuth-based materials under appropriate laboratory controls.

Why Choose Lab Wale to Buy Bismuth Acetate

Lab Wale provides laboratory chemicals and scientific supplies for schools, colleges, universities, research centres, and laboratory professionals. When purchasing Bismuth Acetate, buyers should confirm the chemical identity, stated assay, reagent grade, and suitability for the intended procedure. Reviewing available specifications and relevant safety documentation supports informed selection for inorganic chemistry experiments, synthesis work, and research applications. Lab Wale offers a convenient sourcing option for laboratory supplies, helping institutions and researchers identify materials according to their technical and experimental requirements.

Frequently Asked Questions About Bismuth Acetate

What is Bismuth Acetate used for in laboratories?

Bismuth Acetate is used in selected inorganic chemistry investigations, synthesis procedures, and research involving bismuth-containing materials. It can act as a bismuth precursor in suitable preparations. Its application depends on the reaction conditions, solvent system, required grade, and specifications of the experimental method.

What are the molecular formula and molecular weight of Bismuth Acetate?

Bismuth(III) acetate has the molecular formula C₆H₉BiO₆, also written as Bi(CH₃COO)₃. Its formula mass is approximately 386.11 g/mol. The empirical formula is the same because the elemental subscripts cannot be reduced to a simpler whole-number ratio.

What is the CAS number of Bismuth Acetate?

The CAS Registry Number commonly used for Bismuth(III) acetate is 22306-37-2. This identifier helps distinguish the compound from related bismuth substances, including bismuth subacetate and bismuth oxide. Confirming the exact identity is important when purchasing chemicals for laboratory procedures.

Does Bismuth Acetate dissolve in water?

Bismuth(III) acetate is generally described as insoluble in water. Its behaviour in other solvents depends on the solvent and experimental conditions. Solvent compatibility should be assessed before preparing solutions or selecting the compound for synthesis, analytical procedures, or materials research.

How should Bismuth Acetate be stored and handled safely?

Store Bismuth Acetate in a tightly closed, clearly labelled container in a dry, well-ventilated area under the supplier-recommended conditions. Avoid inhaling dust and prevent eye or skin contact. Wear appropriate protective equipment and consult the current Safety Data Sheet for specific handling, spill response, and waste disposal instructions.

Storage Conditions for Bismuth Acetate

Store Bismuth Acetate in a tightly closed, compatible, clearly labelled container in a cool, dry, well-ventilated area. Protect the material from contamination and unnecessary moisture exposure. Keep it segregated from incompatible substances identified in the current Safety Data Sheet, and follow the supplier’s storage recommendations to maintain appropriate laboratory storage conditions.

Precautions for Handling Bismuth Acetate

Review the current Safety Data Sheet before handling Bismuth Acetate. Wear suitable laboratory gloves, protective clothing, and safety goggles. Avoid generating or inhaling dust and prevent unnecessary contact with the eyes and skin. Use appropriate ventilation when weighing or transferring the powder, clean spills using approved laboratory procedures, and dispose of chemical waste according to institutional requirements and applicable regulations.