Arsenic Acetate – 500 gram Packs

Arsenic Acetate is an inorganic arsenic compound commonly identified as arsenic(III) acetate, with the chemical formula As(CH₃COO)₃. It has a molecular weight of approximately 252.05 g/mol and is identified by CAS Number 5128-94-9. This compound contains arsenic in the +3 oxidation state and acetate groups, making its chemical identity relevant to specialized inorganic chemistry and arsenic-compound research. Arsenic Acetate is a specialized laboratory chemical whose use requires careful consideration of chemical composition, experimental requirements, and occupational safety. It may be relevant to selected investigations involving arsenic coordination chemistry and the characterization of arsenic-containing compounds. Because inorganic arsenic compounds can cause severe toxic effects, this material should be handled only by trained personnel in appropriately equipped facilities with effective exposure controls. This product listing specifies a 500 gram pack format; suitability for a particular analytical or research procedure must be established from the verified product specifications and applicable safety information.

Product Specifications

Specification	Details
Appearance	Powder
Assay	99%
Chemical Name	Arsenic(III) Acetate
Alternate Names	Arsenic Acetate; Arsenic Triacetate
Molecular Formula	As(CH₃COO)₃
Empirical Formula	C₆H₉AsO₆
CAS Number	5128-94-9
Molecular Weight	252.05 g/mol
Grade	LR Laboratory Reagent

Key Features of Arsenic Acetate

• Inorganic arsenic compound containing arsenic in the +3 oxidation state.
• Has the chemical formula As(CH₃COO)₃ and a molecular weight of approximately 252.05 g/mol.
• Identified by CAS Number 5128-94-9 for chemical identification and laboratory procurement.
• Relevant to specialized investigations involving arsenic chemistry and arsenic-containing compounds.
• Listed in a 500 gram pack format for institutional procurement, subject to applicable safety and regulatory requirements.

Laboratory Applications of Arsenic Acetate

• Specialized inorganic chemistry research involving the composition and chemical behaviour of arsenic(III) compounds.
• Investigations of arsenic–oxygen coordination and acetate interactions where the compound is specifically suitable.
• Research into the characterization of arsenic-containing chemical compounds using appropriate analytical methods.
• Controlled academic investigations of arsenic chemistry in facilities equipped for highly toxic substances.
• Specialized research procedures that explicitly specify arsenic acetate, subject to regulatory requirements, documented risk assessment, and appropriate exposure controls.

Why Choose Lab Wale to Buy Arsenic Acetate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by research institutions, universities, and laboratory professionals. When considering Arsenic Acetate, purchasers should verify the exact chemical identity, stated grade, assay requirements, pack size, and applicable safety documentation before procurement. Because arsenic compounds present serious toxicity concerns, laboratories should also assess regulatory obligations, storage arrangements, staff training, and hazardous-waste management capabilities. The listed 500 gram pack format should be selected only when the quantity is justified by an authorized research or laboratory requirement.

Frequently Asked Questions About Arsenic Acetate

What is Arsenic Acetate?

Arsenic Acetate is commonly identified as arsenic(III) acetate, an arsenic compound containing acetate groups. Its chemical identity and composition are important when selecting a specialized laboratory reagent. Because arsenic compounds can be highly toxic, its handling and use require trained personnel, suitable facilities, and appropriate exposure controls.

What is the molecular formula of Arsenic Acetate?

The molecular formula is As(CH₃COO)₃, also represented as C₆H₉AsO₆. Its molecular weight is approximately 252.05 g/mol. These specifications correspond to the identified arsenic(III) acetate compound and should be checked against the product’s chemical identity before use in quantitative laboratory procedures.

What is the CAS number of Arsenic Acetate?

The CAS Registry Number associated with arsenic acetate is 5128-94-9. This identifier helps distinguish the compound from other arsenic-containing substances with different compositions and properties. Confirming the CAS number, chemical formula, and applicable safety information is essential before laboratory procurement or handling.

Is Arsenic Acetate suitable for educational and research laboratories?

Arsenic Acetate is not appropriate for routine school practicals because of the serious toxicity concerns associated with inorganic arsenic compounds. Any legitimate research use should be specifically justified, legally permitted, and conducted by trained personnel in facilities equipped with suitable containment, exposure monitoring where required, and hazardous-waste controls.

What precautions are necessary when handling Arsenic Acetate?

Review the current Safety Data Sheet and complete a documented risk assessment before any authorized handling. Avoid dust generation, inhalation, ingestion, and skin or eye contact. Use appropriate containment, protective equipment, and restricted-access storage. Prevent environmental release and manage residues, spills, and waste through established procedures for highly toxic arsenic-containing materials.

Storage Conditions for Arsenic Acetate

Store Arsenic Acetate in a securely closed, compatible, clearly labelled container in a controlled, dry storage area appropriate for highly toxic arsenic compounds. Restrict access to authorized, trained personnel and segregate the material from incompatible substances identified in the applicable Safety Data Sheet. Prevent contamination, dust release, and environmental exposure. Follow product-specific storage and regulatory requirements.

Precautions for Handling Arsenic Acetate

Arsenic Acetate must be handled only by trained personnel following a documented risk assessment and the current Safety Data Sheet. Avoid inhalation, ingestion, and all unnecessary contact with the material. Use appropriate containment, suitable personal protective equipment, and effective exposure controls. Prevent release into drains, soil, or the environment. Establish suitable spill-response and hazardous-waste procedures before work begins, and comply with applicable institutional and regulatory requirements.