Antimony Carbonate – 500 gram Packs

Antimony Carbonate is an inorganic antimony-containing compound associated with carbonate chemistry and the study of metal-containing solids. It is commonly represented in chemical supplier listings by the formula Sb2(CO3)3, although the precise composition and identity of materials sold under this name should be confirmed before assigning definitive specifications. The material is generally described as a white powder and is reported to be poorly soluble in water. Antimony Carbonate is relevant to specialized inorganic chemistry, materials research, and investigations involving antimony compounds and their conversion to other chemical forms. Carbonate-containing antimony materials may release carbon dioxide when treated with suitable acids, depending on their composition and reactivity. Laboratory use requires appropriate controls because antimony compounds can present health hazards. Researchers should verify the exact chemical identity, review the applicable Safety Data Sheet, and follow established procedures for handling and disposal.

Product Specifications

Key Features of Antimony Carbonate

• Antimony-containing inorganic material: Associated with antimony and carbonate chemistry and used in selected studies of inorganic compounds.
• Powdered physical form: White powder is reported for commercially listed antimony carbonate materials.
• Composition-dependent properties: Chemical behaviour and physical characteristics depend on the actual composition and preparation of the supplied material.
• Acid-reactive carbonate chemistry: Carbonate-containing material may release carbon dioxide during reactions with suitable acids, depending on its composition.
• Specialized laboratory relevance: May be appropriate for controlled inorganic chemistry and materials investigations when the identity and specifications are confirmed.

Laboratory Applications of Antimony Carbonate

• Inorganic chemistry research: Used in suitable investigations involving antimony-containing solids and their chemical properties.
• Materials characterization: May be examined using appropriate analytical techniques to investigate composition, structure, and solid-state behaviour.
• Thermal conversion studies: Can be considered for controlled investigations of the conversion of confirmed antimony-containing materials to other forms under suitable conditions.
• Carbonate reaction studies: May be used in research investigating the behaviour of carbonate-containing materials in reactions with compatible reagents.
• Specialized materials research: May be considered as a precursor in selected studies where the verified composition and reactivity match the experimental method.

Why Choose Lab Wale to Buy Antimony Carbonate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies for schools, colleges, universities, research centres, and laboratory professionals. When purchasing Antimony Carbonate, buyers should confirm the exact chemical identity, formula, grade, and available product specifications before selecting the reagent. These checks are especially important for compounds whose names may refer to materials with differing compositions. Reviewing the applicable safety information helps laboratories plan appropriate handling, storage, and disposal for their intended scientific applications.

Frequently Asked Questions About Antimony Carbonate

What is Antimony Carbonate used for in laboratories?

Antimony Carbonate may be used in selected inorganic chemistry investigations, materials characterization, and studies of antimony-containing compounds. Potential applications depend on the material’s confirmed composition and properties. Laboratories should ensure that the selected material is explicitly suitable for the intended analytical or experimental procedure.

What is the molecular formula of Antimony Carbonate?

Antimony Carbonate is commonly listed with the nominal formula Sb2(CO3)3, corresponding to antimony(III) carbonate. However, the precise identity of the supplied material should be confirmed before using this formula for stoichiometric calculations or chemical documentation.

What is the CAS number of Antimony Carbonate?

A definitive CAS Registry Number cannot be assigned confidently to the supplied product from the name alone. Supplier references use differing identifiers or omit a CAS number for materials listed as antimony carbonate. Confirm the exact compound identity before recording a CAS number in laboratory documentation.

Is Antimony Carbonate suitable for educational and research laboratories?

It may be suitable for controlled research procedures involving antimony-containing compounds when the chemical identity and required grade are confirmed. Because antimony compounds can present health hazards, use should be restricted to appropriately equipped laboratories and trained personnel following institutional chemical-safety procedures.

How should Antimony Carbonate be stored and handled safely?

Store the material in a tightly closed, clearly labelled container under the conditions specified in its applicable Safety Data Sheet. Avoid inhaling dust and prevent contact with the eyes and skin. Wear suitable protective equipment, prevent environmental release, and follow established procedures for spills and hazardous-waste disposal.

Storage Conditions for Antimony Carbonate

Store Antimony Carbonate in a tightly closed, compatible, clearly labelled container in a cool, dry, well-ventilated area. Protect the powder from contamination and unnecessary moisture exposure. Keep it segregated from incompatible chemicals identified in the applicable Safety Data Sheet, and maintain appropriate storage controls for antimony-containing materials.

Precautions for Handling Antimony Carbonate

Review the applicable Safety Data Sheet before handling Antimony Carbonate. Wear suitable protective gloves, safety goggles, and laboratory clothing, and minimize airborne dust during weighing and transfer. Use appropriate ventilation and avoid inhalation or contact with the eyes and skin. Prevent environmental release and follow institutional procedures for spill response, contaminated materials, and hazardous-waste disposal.