Antimony Oxalate – 500 gram Packs

Antimony Oxalate is an inorganic antimony(III) salt of oxalic acid, classified as a metal oxalate compound used in specialized chemical research and laboratory investigations. With the molecular formula Sb₂(C₂O₄)₃ and a molecular weight of 507.58 g/mol, it contains antimony and oxalate components that are relevant to studies of metal coordination, inorganic composition, and solid-state chemistry. Antimony Oxalate is identified by CAS Number 16455-98-4 and is generally supplied as a powder. Its defined chemical composition makes it relevant to selected research procedures involving antimony compounds, precursor chemistry, and material-related investigations. Antimony Oxalate Laboratory Reagent is intended for appropriate laboratory applications according to its supplied specifications. Researchers and laboratory professionals should confirm chemical identity, grade suitability, and applicable safety requirements before using this compound in analytical or experimental work.

Product Specifications

Specification	Details
Appearance	Powder
Assay	99%
Chemical Name	Antimony Oxalate
Alternate Names	Antimony(III) Ethanedioate; Antimony(3+) Ethanedioate; Diantimony Trioxalate
Molecular Formula	Sb₂(C₂O₄)₃
Empirical Formula	Sb₂C₆O₁₂
CAS Number	16455-98-4
Molecular Weight	507.58 g/mol
Grade	LR Laboratory Reagent

Key Features of Antimony Oxalate

• Contains antimony in the +3 oxidation state associated with oxalate anions.
• Has the molecular formula Sb₂(C₂O₄)₃ and a formula mass of approximately 507.58 g/mol.
• Identified by CAS Number 16455-98-4 for chemical identification and laboratory procurement.
• Relevant to inorganic chemistry investigations involving metal salts and oxalate coordination.
• Available in a 500 gram pack format for suitable laboratory and research requirements.

Laboratory Applications of Antimony Oxalate

• Inorganic chemistry research involving the composition and chemical behaviour of antimony(III) compounds.
• Investigations of metal–oxalate interactions and coordination chemistry under controlled laboratory conditions.
• Precursor studies for selected antimony-containing materials, where the compound’s composition and reactivity are appropriate.
• Research into the preparation and characterization of inorganic solids using suitable analytical techniques.
• Advanced academic and institutional research involving antimony compounds, subject to laboratory risk assessment, suitable facilities, and appropriate supervision.

Why Choose Lab Wale to Buy Antimony Oxalate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies required by educational institutions, universities, research centres, and laboratory professionals. When purchasing Antimony Oxalate, buyers should check the chemical identity, specified grade, pack size, and available technical and safety information to ensure suitability for their intended procedures. The 500 gram pack format can support appropriate institutional purchasing requirements. Selecting the correct chemical specification and following established laboratory safety practices are important for reliable and responsible use.

Frequently Asked Questions About Antimony Oxalate

What is Antimony Oxalate used for in laboratories?

Antimony Oxalate is used in specialized inorganic chemistry research, including investigations of antimony compounds, metal–oxalate interactions, and selected precursor-related studies. Its suitability depends on the experimental method, chemical specifications, and required purity. Handling should be restricted to appropriately equipped laboratories following relevant safety procedures.

What is the molecular formula of Antimony Oxalate?

The molecular formula is Sb₂(C₂O₄)₃, also written as Sb₂C₆O₁₂. This formula represents two antimony atoms and three oxalate groups. The corresponding formula mass is approximately 507.58 g/mol. These values apply to the identified anhydrous composition rather than an unspecified hydrated form.

What is the CAS number and molecular weight of Antimony Oxalate?

Antimony Oxalate is identified by CAS Number 16455-98-4. Its formula mass is approximately 507.58 g/mol for Sb₂(C₂O₄)₃. Confirming both identifiers helps distinguish this compound from other antimony salts, including antimony oxides and potassium antimony tartrate.

Is Antimony Oxalate suitable for educational and research laboratories?

Antimony Oxalate may be suitable for specialized institutional research when the intended procedure and product specifications are compatible. Because antimony compounds can present health and environmental hazards, routine school practicals are generally not appropriate without a specific risk assessment. Use should be limited to trained personnel and properly equipped laboratories.

How should Antimony Oxalate be stored and handled safely?

Keep the material in a tightly closed, compatible, clearly labelled container in a cool, dry, well-ventilated storage area. Avoid generating or inhaling dust and prevent environmental release. Wear suitable protective gloves, eye protection, and laboratory clothing. Consult the current Safety Data Sheet for specific incompatibilities, spill response, and disposal requirements.

Storage Conditions for Antimony Oxalate

Store Antimony Oxalate in a tightly sealed, compatible, clearly labelled container in a cool, dry, well-ventilated area, away from excessive heat and incompatible substances. Minimize dust formation and prevent contamination during storage and transfer. Keep the material secured against unauthorized access and prevent residues or spills from entering drains. Follow the supplier’s current Safety Data Sheet for product-specific storage requirements.

Precautions for Handling Antimony Oxalate

Review the current Safety Data Sheet and complete a suitable risk assessment before handling Antimony Oxalate. Avoid inhaling dust and prevent skin and eye contact. Wear appropriate gloves, protective clothing, and safety goggles, and use suitable local exhaust ventilation when dust may be generated. Prevent environmental release, avoid mixing with incompatible substances, and follow institutional procedures for spills and hazardous waste disposal. Educational use requires appropriate supervision and suitable laboratory facilities.