Bismuth Acetate – 500 gram Packs

Bismuth Acetate, commonly referred to as Bismuth(III) acetate, is a metal carboxylate compound containing bismuth and acetate groups. It is associated with inorganic chemistry, coordination chemistry, and the preparation of selected bismuth-containing materials. The compound is represented by the formula Bi(CH₃COO)₃, corresponding to C₆H₉BiO₆, with a formula mass of approximately 386.11 g/mol for the anhydrous composition. Bismuth acetate is generally encountered as a white to pale grey solid, although its physical appearance can vary with the material’s composition and condition. It is relevant to laboratory investigations involving metal carboxylates, inorganic synthesis, and bismuth-based materials. Educational institutions, university laboratories, and research centres may use it in appropriate experiments and preparative procedures. Its suitability depends on the specified chemical form, reagent grade, assay, and requirements of the intended application.

Product Specifications

Key Features of Bismuth Acetate

• Metal carboxylate composition: Contains bismuth associated with acetate groups, making it relevant to studies of inorganic salts and metal carboxylates.
• Defined chemical identity: The anhydrous composition is represented by C₆H₉BiO₆, with a formula mass of approximately 386.11 g/mol.
• Solid reagent form: Supplied as a solid material suitable for controlled weighing and use in appropriate laboratory procedures.
• Inorganic synthesis relevance: Can serve as a bismuth source in selected chemical preparations where the compound is specified.
• Research applications: Relevant to investigations involving bismuth chemistry, coordination compounds, and bismuth-containing materials.

Laboratory Applications of Bismuth Acetate

• Inorganic chemistry experiments: Used in suitable investigations of bismuth compounds, metal carboxylates, and inorganic chemical reactions.
• Coordination chemistry studies: Can support research into the interactions of bismuth species with appropriate ligands and other chemical components.
• Materials preparation: May serve as a precursor in selected procedures for preparing bismuth-containing materials when its identity and specifications meet the method requirements.
• Preparative chemistry: Used in established synthesis procedures involving bismuth compounds, with appropriate controls for reaction conditions and chemical compatibility.
• University and research investigations: Supports selected studies of bismuth chemistry, metal carboxylates, and inorganic material properties in appropriately equipped laboratories.

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 verify the chemical identity, stated assay, grade, and suitability for their intended procedure. Reviewing available product specifications and relevant safety documentation helps laboratories make informed sourcing decisions. Lab Wale offers a convenient option for obtaining laboratory supplies for educational experiments, inorganic synthesis, and research activities, with product selection guided by the technical requirements of each application.

Frequently Asked Questions About Bismuth Acetate

What is Bismuth Acetate used for in laboratories?

Bismuth Acetate is used in selected inorganic chemistry experiments, preparative reactions, and research involving bismuth-containing materials. It can act as a starting material in suitable synthesis procedures. Its specific use depends on the reaction system, required chemical form, and specifications of the intended method.

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

The anhydrous composition of Bismuth(III) acetate is represented by C₆H₉BiO₆, also written as Bi(CH₃COO)₃. Its formula mass is approximately 386.11 g/mol. These values apply to the stated anhydrous composition and should not be assumed for materials with a different composition.

What is the CAS number of Bismuth Acetate?

The CAS Registry Number commonly associated with Bismuth(III) acetate is 22306-37-2. This identifier helps distinguish the compound from related bismuth substances, including bismuth oxide and bismuth subacetate. Confirming the exact chemical identity is important for laboratory procurement and experimental calculations.

What should be considered when selecting Bismuth Acetate for research?

Consider the chemical form, stated assay, reagent grade, physical properties, and compatibility with the intended reaction or analytical method. Some specialized procedures require specific compositional or impurity limits beyond a general laboratory reagent specification. Review the available product information before selecting the material.

How should Bismuth Acetate be stored and handled safely?

Keep Bismuth Acetate in a tightly closed, clearly labelled container under the supplier-recommended storage conditions. Avoid inhaling dust and prevent contact with the eyes and skin. Use suitable protective equipment and consult the current Safety Data Sheet for handling, spill response, incompatibility, and waste disposal requirements.

Storage Conditions for Bismuth Acetate

Store Bismuth Acetate in a tightly closed, compatible, clearly labelled container in a cool, dry, well-ventilated area. Protect it from contamination and unnecessary moisture exposure. Segregate it from incompatible substances identified in the current Safety Data Sheet and follow the supplier’s storage recommendations to maintain suitable 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 eye and skin contact. Use appropriate ventilation when weighing or transferring the powder, follow approved spill-response procedures, and dispose of chemical waste in accordance with institutional requirements and applicable regulations.