Ferric Nitrite – 500 gram Packs

Ferric Nitrite, also known as iron(III) nitrite, is an inorganic iron compound represented by the nominal formula Fe(NO₂)₃. It consists of iron in the +3 oxidation state and nitrite ions, making it relevant to the study of inorganic salts, iron chemistry, and oxidation–reduction reactions. Chemical databases record ferric nitrite with a calculated formula mass of approximately 193.86 g/mol. However, the existence of a database entry does not establish the availability or stability of a commercial solid reagent. Before purchasing Ferric Nitrite in a 500 g pack, laboratories should verify the substance’s identity, physical form, assay, and applicable safety information. Its use in educational experiments, analytical procedures, or research should be considered only when the material and proposed method have been appropriately validated.

Product Specifications

Key Features of Ferric Nitrite

• Nominally consists of iron(III) and nitrite ions, with the formula Fe(NO₂)₃.
• Has a calculated formula mass of approximately 193.86 g/mol for the anhydrous nominal composition.
• Is listed in chemical databases as an inorganic iron–nitrite compound.
• Is relevant to specialized investigations of iron oxidation states and nitrite chemistry.
• Requires confirmation of its commercial identity, stability, and handling requirements before laboratory use.

Laboratory Applications of Ferric Nitrite

• Inorganic chemistry research investigating iron–nitrite compounds, subject to verified material identity.
• Specialized studies of iron oxidation states and nitrite-related redox chemistry using validated methods.
• Research examining the chemical stability and speciation of iron-containing compounds under controlled conditions.
• Comparative investigations of inorganic iron salts when a suitable, characterized material is available.
• Advanced educational discussions of inorganic salt composition and redox chemistry, with practical handling limited to materials whose identity and safety requirements have been established.

Why Choose Lab Wale to Buy Ferric Nitrite

Lab Wale offers a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. When considering Ferric Nitrite, verify the chemical identity, formula, assay, grade, physical form, and applicable safety documentation before purchase. These checks are particularly important for uncommon inorganic compounds whose commercial availability and stability may be uncertain. Selecting reagents according to documented specifications helps laboratories assess their suitability for intended experiments and research procedures.

Frequently Asked Questions About Ferric Nitrite

What is Ferric Nitrite?

Ferric Nitrite is the name used for iron(III) nitrite, represented by the nominal formula Fe(NO₂)₃. It is distinct from ferric nitrate, Fe(NO₃)₃, because nitrite and nitrate contain different anions. Commercial identity and stability should be confirmed before the compound is selected for laboratory work.

What is the chemical formula and molecular weight of Ferric Nitrite?

The nominal formula is Fe(NO₂)₃, and its calculated formula mass is approximately 193.86 g/mol. The empirical formula is FeN₃O₆. These values describe the nominal anhydrous composition and should not be assumed to establish the composition or purity of a particular commercial material.

What is the CAS number of Ferric Nitrite?

A CAS Registry Number for the specified commercial material could not be reliably established. Chemical databases list ferric nitrite under its name and nominal composition, but product identity should be confirmed before assigning a registry number or using it for procurement, inventory, or safety documentation.

What are the laboratory uses of Ferric Nitrite?

Potential research contexts include inorganic chemistry, iron speciation, and investigations of nitrite-related redox reactions. These are research contexts rather than confirmation of routine commercial applications. Practical use requires a characterized material and a validated procedure appropriate to its stability and safety profile.

How should Ferric Nitrite be stored and handled?

Storage and handling conditions should be determined only after the material has been identified and its applicable safety information reviewed. Use a compatible, properly labelled container, appropriate protective equipment, and suitable ventilation. Segregate the material according to verified incompatibilities and follow institutional procedures for spills and chemical waste.

Storage Conditions for Ferric Nitrite

Specific storage requirements cannot be established reliably without confirmed product identity and applicable safety documentation. Keep the identified material in a compatible, properly labelled, tightly closed container under validated conditions. Determine its stability, moisture sensitivity, temperature requirements, and chemical incompatibilities before storing it with other laboratory reagents.

Precautions for Handling Ferric Nitrite

Review the applicable Safety Data Sheet and confirm the substance’s identity before handling. Wear suitable laboratory gloves, protective clothing, and safety goggles, and provide ventilation appropriate to the verified hazards. Avoid contact with incompatible chemicals and do not prepare mixtures without a validated procedure. Restrict practical use to trained personnel and follow institutional requirements for spill response, waste disposal, and emergency management.