Arsenic Nitrate – 500 gram Packs

Arsenic Nitrate, commonly identified as Arsenic(III) Nitrate, is an inorganic compound containing arsenic and nitrate groups, represented by the formula As(NO₃)₃ for the trivalent nitrate composition. It is associated with specialized inorganic chemistry research and investigations involving arsenic-containing compounds, nitrate chemistry, and chemical characterization. Arsenic compounds require particular care because of their potentially serious health and environmental hazards. The identity, stability, and physical form of an arsenic nitrate preparation must be established before it is selected for laboratory work. This reagent should be considered only for applications supported by appropriate technical specifications and established procedures. Laboratories evaluating Arsenic Nitrate for research or analytical purposes should confirm its chemical composition, product form, and safety requirements before procurement. Handling must be restricted to appropriately equipped facilities with trained personnel and suitable hazardous-material controls.

Product Specifications

Specification	Details
Appearance	White powder
Assay	99%
Chemical Name	Arsenic(III) Nitrate
Alternate Names	Arsenic Trinitrate, Arsenic Nitrate
Molecular Formula	As(NO₃)₃
Empirical Formula	AsN₃O₉
CAS Number	Not reliably established for the specified product form
Molecular Weight	260.94 g/mol (for As(NO₃)₃ composition)
Grade	LR Laboratory Reagent

Key Features of Arsenic Nitrate

• Inorganic nitrate composition: The formula As(NO₃)₃ represents a trivalent arsenic composition associated with three nitrate groups.
• Relevance to inorganic chemistry: Its nominal composition makes it relevant to specialized investigations of arsenic compounds and nitrate coordination chemistry.
• Defined stoichiometric formula: The formula AsN₃O₉ expresses the simplest whole-number elemental ratio for the stated composition.
• Research-specific applicability: Potential applications depend on confirmed chemical identity, stability, and compatibility with the experimental method.
• Strict safety requirements: Arsenic-containing materials require appropriate containment, exposure prevention, and hazardous-waste management.

Laboratory Applications of Arsenic Nitrate

• Specialized inorganic chemistry research: May be relevant to investigations of arsenic-containing nitrate compositions when the identity and stability of the material are established.
• Arsenic chemistry studies: Supports research into the chemical behaviour of arsenic species using validated procedures and suitable analytical controls.
• Nitrate chemistry investigations: May be considered in specialized studies of nitrate-containing inorganic systems when supported by verified material specifications.
• Analytical method development: Arsenic-containing reference materials or preparations may be relevant to method development when their composition and traceability are established.
• Advanced academic research: Potential use in university or research-centre investigations is dependent on confirmed product identity, approved procedures, and appropriate hazardous-chemical facilities.

Why Choose Lab Wale to Buy Arsenic Nitrate

Lab Wale serves as a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. When evaluating Arsenic Nitrate, purchasers should confirm the chemical identity, composition, stated grade, assay, and applicable safety documentation before ordering. These checks help ensure that a selected reagent is appropriate for its intended laboratory purpose. Because arsenic-containing materials can present significant health and environmental hazards, procurement and use should follow institutional chemical-management requirements and applicable safety regulations.

Frequently Asked Questions About Arsenic Nitrate

What is Arsenic Nitrate?

Arsenic Nitrate is a name associated with nitrate compounds of arsenic. The formula As(NO₃)₃ represents a nominal arsenic(III) nitrate composition. Since the identity and stability of a commercial preparation cannot be established from its product name alone, the exact chemical form should be confirmed before laboratory use.

What is the molecular formula of Arsenic Nitrate?

The nominal formula for arsenic(III) nitrate is As(NO₃)₃, with an empirical formula of AsN₃O₉ and a calculated formula mass of approximately 260.94 g/mol. These values describe the stated composition and should not be assumed to establish the identity of an unspecified commercial product.

What is the CAS number of Arsenic Nitrate?

A reliable CAS Registry Number for the specific product form has not been established here. Buyers should confirm the identifier against authoritative chemical records and the product’s technical documentation. An identifier for another arsenic compound should not be substituted because related compounds can have substantially different properties and hazards.

Can Arsenic Nitrate be used in educational and research laboratories?

Any use should be restricted to facilities with appropriate chemical containment, trained personnel, and approved procedures. It is not suitable for routine school practicals or unsupervised demonstrations. Research laboratories should first establish the exact chemical identity, stability, and relevant hazards before considering its use.

How should Arsenic Nitrate be stored and handled?

Storage conditions should be based on the verified chemical form and its current Safety Data Sheet. Arsenic-containing materials require secure, clearly labeled storage, prevention of exposure, segregation from incompatible substances, and controlled waste management. Do not handle an unidentified preparation until its identity and appropriate safety requirements have been established.

Storage Conditions for Arsenic Nitrate

Do not establish storage conditions solely from the product name. Confirm the exact chemical composition, physical form, stability, and current Safety Data Sheet before storing the material. Use a compatible, tightly closed, clearly labeled container and secure the substance in an appropriately controlled hazardous-chemical storage area. Prevent unauthorized access, avoid environmental release, and segregate it according to verified compatibility requirements.

Precautions for Handling Arsenic Nitrate

Review the current Safety Data Sheet and verify the chemical identity before handling. Restrict work to trained personnel in a suitably equipped laboratory with appropriate containment and ventilation. Wear suitable chemical-resistant gloves, protective clothing, and eye protection based on the documented hazards. Avoid inhalation, ingestion, and skin or eye contact. Prevent spills and environmental release, and follow institutional emergency procedures and approved hazardous-waste disposal requirements. Do not use an unidentified preparation in educational experiments.