Copper Nitrite – 500 gram Packs

Copper Nitrite, also known as Cupric Nitrite or Copper(II) Nitrite, is an inorganic copper compound associated with nitrite ions. It is relevant to the study of copper chemistry, nitrogen oxyanion compounds, and selected inorganic reaction systems. Copper nitrite compounds require careful identification because their stability and chemical behaviour can depend on composition and preparation conditions. In laboratory settings, appropriately identified copper nitrite may be considered for specialised inorganic chemistry investigations and supervised educational experiments involving copper-containing compounds. Its suitability for a particular procedure depends on the verified chemical identity, reagent specifications, and experimental requirements. Copper Nitrite Laboratory Reagent is intended for applications that specifically require the identified compound and appropriate quality specifications. Because nitrite compounds may exhibit significant chemical reactivity and product-specific hazards, laboratory personnel should review the applicable Safety Data Sheet (SDS), use suitable protective equipment, and follow established procedures for storage, handling, and waste disposal.

Product Specifications

Key Features of Copper Nitrite

• Inorganic copper compound: Copper(II) Nitrite is represented by the formula Cu(NO₂)₂, comprising copper(II) and nitrite ions.
• Distinct chemical identity: Its nitrite composition distinguishes it from Copper Nitrate, which contains nitrate ions and has a different chemical formula.
• Relevance to inorganic chemistry: It is associated with investigations involving copper compounds, nitrogen oxyanions, and inorganic reaction chemistry.
• Stoichiometric calculations: The formula and formula mass support theoretical calculations when the identity and composition of the material are established.
• Laboratory reagent classification: The stated LR Laboratory Reagent grade identifies its intended general laboratory category, subject to verification of the product’s specifications and suitability for the intended procedure.

Laboratory Applications of Copper Nitrite

• Inorganic chemistry investigations: May be considered for specialised studies of copper-containing compounds when the chemical identity and stability are established.
• Nitrite chemistry research: Relevant to investigations examining nitrite-containing compounds and their chemical behaviour under controlled conditions.
• Copper compound studies: Can support selected research into the composition and reactions of copper compounds where the material is suitable for the experimental method.
• University research investigations: May be used in specialised inorganic chemistry studies conducted with appropriate chemical safety controls and verified reagent specifications.
• Reaction chemistry studies: Potentially applicable to investigations involving copper and nitrite chemistry when supported by established experimental procedures and suitable risk assessments.

Why Choose Lab Wale to Buy Copper Nitrite

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies for schools, colleges, universities, research centres, and laboratory professionals. When purchasing Copper Nitrite, buyers should confirm the exact chemical identity, CAS number, assay, grade, and relevant product specifications before use. Reviewing available technical information and safety documentation helps support informed procurement decisions. Selecting the correct compound is particularly important for less commonly encountered inorganic reagents, where chemical stability, compatibility, and method-specific requirements must be considered.

Frequently Asked Questions About Copper Nitrite

What is Copper Nitrite used for in laboratories?

Copper Nitrite is relevant to specialised inorganic chemistry investigations involving copper compounds and nitrite chemistry. Its use should be limited to procedures that specifically require the identified compound and have established handling requirements. General educational or research applications should not be assumed without confirming its chemical identity and suitability.

What is the chemical formula of Copper Nitrite?

Copper(II) Nitrite is represented by the formula Cu(NO₂)₂, with the empirical formula CuN₂O₄ and a calculated formula mass of approximately 155.56 g/mol. Because copper nitrite is an uncommon compound, these details should be checked against the exact material’s technical documentation before quantitative laboratory work.

What is the CAS number of Copper Nitrite?

CAS number 14984-71-5 is listed for Copper Nitrite in chemical supplier reference information. Because copper nitrite compounds are uncommon and chemical databases may contain inconsistent identifiers or formula assignments, confirm the CAS number against the product’s current technical documentation before using it for procurement or laboratory calculations.

How does Copper Nitrite differ from Copper Nitrate?

Copper Nitrite contains nitrite ions, NO₂⁻, whereas Copper Nitrate contains nitrate ions, NO₃⁻. These compounds differ in composition and chemical behaviour and must not be treated as interchangeable reagents. Their formulas, formula masses, stability, and safety requirements should be verified separately before selecting a material for an experiment.

How should Copper Nitrite be stored and handled safely?

Store Copper Nitrite in a compatible, tightly closed, clearly labelled container under the conditions specified by the applicable Safety Data Sheet. Avoid dust exposure, contact with skin and eyes, and uncontrolled mixing with other chemicals. Use suitable protective equipment and follow the documented requirements for incompatible materials, spill response, and hazardous waste disposal.

Storage Conditions for Copper Nitrite

Store Copper Nitrite in a compatible, tightly closed, clearly labelled container in a controlled laboratory storage area. Protect the material from unnecessary exposure to moisture, heat, and incompatible substances, following the applicable Safety Data Sheet. Because the stability and storage requirements of copper nitrite may depend on the exact material, do not assume that generic copper salt storage conditions are sufficient.

Precautions for Handling Copper Nitrite

Review the current Safety Data Sheet and confirm the chemical identity before handling Copper Nitrite. Wear suitable chemical-resistant gloves, protective clothing, and safety goggles, and avoid inhaling dust or allowing the material to contact skin or eyes. Use appropriate ventilation, avoid uncontrolled mixing with incompatible chemicals, and prevent environmental release. Follow institutional procedures for spill response, hazardous waste disposal, and supervised laboratory work.