Barium Oxalate – 500 gram Packs

Barium Oxalate is an inorganic salt consisting of barium cations and oxalate anions, with the chemical formula BaC₂O₄. It belongs to the metal oxalate family and is recognised for its low solubility in water, making it relevant to studies of precipitation reactions and inorganic chemical equilibria. Anhydrous Barium Oxalate has a formula mass of approximately 225.35 g/mol and is generally described as a white solid. It is used in selected laboratory investigations involving inorganic salts, oxalate chemistry, thermal behaviour, and barium-containing materials. Barium Oxalate Laboratory Reagent may be suitable for educational, analytical, and research procedures when its specifications match the requirements of the method. As a barium compound, it requires careful handling to prevent harmful exposure. Appropriate personal protective equipment, controlled dust generation, suitable storage, and responsible chemical waste management are essential for safe laboratory use.

Product Specifications

Key Features of Barium Oxalate

• Defined chemical composition: Contains barium and oxalate ions, making it relevant to inorganic salt chemistry and ionic reaction studies.
• Characteristic physical appearance: The anhydrous compound is generally described as a white solid suitable for laboratory use.
• Low water solubility: Its limited solubility supports appropriate investigations of precipitation and solubility equilibria.
• Thermal behaviour: Relevant to selected studies of the thermal decomposition and transformation of inorganic oxalates under controlled laboratory conditions.
• Research applicability: Can support suitable investigations involving oxalate chemistry and barium-containing materials when the required specifications are met.

Laboratory Applications of Barium Oxalate

• Inorganic chemistry practicals: Used in suitable supervised experiments examining the properties of metal oxalates and inorganic salts.
• Precipitation studies: Relevant to investigations of barium oxalate formation and the behaviour of sparingly soluble compounds.
• Solubility equilibrium experiments: Can support studies of heterogeneous equilibria and the limited dissolution of inorganic salts.
• Thermal analysis: May be used in controlled research investigating the thermal behaviour of inorganic oxalates with appropriate analytical equipment.
• Materials research: May serve as a starting material in selected investigations involving barium-containing compounds, subject to method suitability and appropriate safety controls.

Why Choose Lab Wale to Buy Barium Oxalate

Lab Wale offers a sourcing option for laboratory chemicals and scientific supplies used by schools, colleges, universities, research centres, and laboratory professionals. When purchasing Barium Oxalate, review the chemical identity, stated LR Laboratory Reagent grade, pack size, and available technical and safety information to assess suitability for the intended application. Choosing the correct reagent and understanding its handling requirements helps support effective laboratory procurement and safe experimental planning. The listed 500 g pack size may be useful for institutions seeking a smaller quantity for planned laboratory work.

Frequently Asked Questions About Barium Oxalate

What is Barium Oxalate used for in laboratories?

Barium Oxalate is relevant to inorganic chemistry experiments, precipitation studies, solubility investigations, and selected research involving barium-containing materials. It may also be used in controlled thermal analysis procedures. Suitability depends on the method, the required reagent specifications, the available equipment, and the safety controls established for the experiment.

What are the molecular formula and molecular weight of Barium Oxalate?

The molecular formula of anhydrous Barium Oxalate is BaC₂O₄, and its formula mass is approximately 225.35 g/mol. Its empirical formula is also BaC₂O₄ because the atom ratio cannot be reduced further. Hydrated forms have different formula masses, so the precise chemical form should be confirmed when selecting the reagent.

What is the CAS number of Barium Oxalate?

The CAS Registry Number for anhydrous Barium Oxalate is 516-02-9. This identifier helps distinguish the compound from other barium salts during procurement, inventory management, and safety documentation review. The chemical identity should be checked against the available product information before laboratory use.

Is Barium Oxalate suitable for educational and research laboratories?

Barium Oxalate may be suitable for selected college, university, and research laboratory procedures involving inorganic salts, precipitation reactions, or materials investigations. It should be used only when the compound is appropriate for the method and suitable safety controls are available. Trained supervision and proper hazardous-waste management are essential.

How should Barium Oxalate be stored and handled safely?

Store Barium Oxalate in a tightly closed, clearly labelled, compatible container under the conditions specified by the current Safety Data Sheet. Avoid generating or inhaling dust, and prevent contact with skin and eyes. Wear suitable protective equipment and follow established procedures for chemical segregation, spill response, and hazardous-waste disposal.

Storage Conditions for Barium Oxalate

Store Barium Oxalate in a tightly closed, compatible, clearly labelled container in a cool, dry, well-ventilated area. Protect it from excessive heat, moisture, and contamination, and segregate it from incompatible chemicals, including strong oxidising agents. Restrict access to authorised laboratory personnel and prevent dust, spills, or chemical waste from entering drains or the environment.

Precautions for Handling Barium Oxalate

Review the current Safety Data Sheet before handling Barium Oxalate. Wear suitable chemical-resistant gloves, protective clothing, and safety goggles, and avoid inhaling dust or allowing the powder to contact skin and eyes. Use appropriate ventilation when dust may be generated. Avoid incompatible substances, follow approved spill-response procedures, and collect residues for appropriate hazardous-waste disposal. Educational use requires a documented risk assessment and trained supervision.