Bismuth Oxalate – 500 gram Packs

Bismuth Oxalate, also referred to as Bismuth(III) Oxalate, is an inorganic bismuth compound associated with oxalate chemistry and the preparation of bismuth-containing materials. It is relevant to inorganic synthesis, precursor chemistry, and materials science investigations involving metal oxalates and their thermal transformations. Bismuth oxalate compounds are generally poorly soluble in water, and their behaviour in acidic media depends on the composition and experimental conditions. In laboratory research, appropriately characterized bismuth oxalate material may be investigated as a precursor for bismuth-based compounds, including oxide materials, through suitable synthesis procedures. Its use requires attention to chemical identity, stoichiometry, and the thermal or reaction conditions involved. This 500 g pack is intended for laboratory and research applications appropriate to the supplied material’s verified composition and stated grade, with handling conducted according to applicable laboratory safety procedures.

Product Specifications

Specification	Details
Appearance	White powder
Assay	99%
Chemical Name	Bismuth(III) Oxalate
Alternate Names	Bismuth Oxalate, Bismuth Ethanedioate
Molecular Formula	Bi₂(C₂O₄)₃
Empirical Formula	BiC₃O₆
CAS Number	6591-55-5
Molecular Weight	682.02 g/mol
Grade	LR Laboratory Reagent

Key Features of Bismuth Oxalate

• Inorganic compound composition: Bismuth oxalate contains bismuth and oxalate components and is relevant to metal-oxalate chemistry.
• Characteristic physical form: Bismuth oxalate materials are commonly described as white solids or powders.
• Stoichiometric relevance: For the specified anhydrous formula Bi₂(C₂O₄)₃, the formula mass is approximately 682.02 g/mol.
• Limited water solubility: Its generally poor solubility in water is relevant when selecting solvents and designing suitable reaction procedures.
• Materials research applications: Appropriately characterized bismuth oxalate can be investigated as a precursor in selected bismuth-containing material synthesis routes.

Laboratory Applications of Bismuth Oxalate

• Inorganic synthesis research: May be used as a starting material in suitable procedures involving bismuth-containing compounds, provided the composition is confirmed.
• Thermal transformation studies: Can be investigated in controlled experiments examining the decomposition behaviour of metal oxalates and the formation of solid products.
• Bismuth-based materials preparation: May serve as a precursor in selected research procedures for bismuth-containing oxide materials when supported by an appropriate synthesis method.
• Solubility investigations: Can support controlled studies of metal-oxalate behaviour in aqueous and acidic reaction media.
• Advanced educational laboratory work: May be used in supervised university-level investigations of inorganic composition, reaction stoichiometry, and precursor chemistry, subject to appropriate safety controls.

Why Choose Lab Wale to Buy Bismuth Oxalate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. When purchasing Bismuth Oxalate, consider the exact compound composition, hydration state, stated grade, and suitability for the intended procedure. Reviewing available product specifications and relevant safety documentation helps laboratories assess their requirements before ordering. The 500 g pack is a quantity option for research and institutional laboratory work where the supplied material meets the requirements of the intended application.

Frequently Asked Questions About Bismuth Oxalate

What is Bismuth Oxalate used for in laboratories?

Bismuth oxalate materials are relevant to inorganic synthesis and materials research. Depending on their verified composition, they may be investigated as precursors for bismuth-containing compounds and in studies of metal-oxalate decomposition. The appropriate use depends on the material’s identity, purity requirements, and experimental procedure.

What is the molecular formula of Bismuth Oxalate?

The anhydrous stoichiometric compound represented as Bismuth(III) Oxalate has the formula Bi₂(C₂O₄)₃ and an empirical formula of BiC₃O₆. Its formula mass is approximately 682.02 g/mol. Hydrated or compositionally different bismuth oxalate materials require their own verified formula and molecular-weight information.

What is the CAS number of Bismuth Oxalate?

CAS identification for bismuth oxalate materials should be matched to the exact compound composition and hydration state. The number 6591-55-5 is associated with bismuth oxalate in some chemical listings, but the identity should be confirmed against reliable product-specific documentation before using it for procurement or labelling.

Is Bismuth Oxalate soluble in water?

Bismuth oxalate materials are generally poorly soluble in water. Their behaviour in acidic solutions depends on the acid, concentration, composition, and experimental conditions. Before preparing a solution or selecting a reaction medium, verify the properties of the exact material using appropriate technical documentation.

How should Bismuth Oxalate be stored and handled safely?

Keep the material in a tightly closed, compatible container in a cool, dry location. Avoid generating or inhaling dust and prevent contact with skin and eyes. Wear suitable protective equipment and consult the current Safety Data Sheet for product-specific hazards, storage conditions, spill response, and waste disposal requirements.

Storage Conditions for Bismuth Oxalate

Store Bismuth Oxalate in a tightly closed, compatible, clearly labelled container in a cool, dry laboratory storage area. Protect it from moisture, contamination, and unnecessary exposure to ambient conditions. Keep it segregated from incompatible substances according to the applicable Safety Data Sheet, and ensure that the container is securely closed after each use.

Precautions for Handling Bismuth Oxalate

Review the current Safety Data Sheet before handling Bismuth Oxalate. Wear suitable chemical-resistant gloves, safety goggles, and protective clothing. Avoid generating or inhaling dust, prevent contact with skin and eyes, and use appropriate ventilation during powder handling. Prevent environmental release and follow institutional procedures for spill management, emergency response, and chemical waste disposal. Apply additional controls when required by the material-specific risk assessment.