Ferric Oxalate – 500 gram Packs

Ferric Oxalate, also known as Iron(III) Oxalate, is an inorganic coordination compound containing iron in the +3 oxidation state and oxalate ions derived from oxalic acid. It is studied in inorganic chemistry, coordination chemistry, photochemistry, and materials research because of the interaction between iron(III) and oxalate ligands. Ferric oxalate is distinct from ferrous oxalate, which contains iron in the +2 oxidation state and has different chemical properties. Hydrated forms of ferric oxalate are also documented, so the precise composition and molecular weight depend on the form supplied. This compound may be relevant to specialized laboratory investigations involving iron complexes, light-sensitive chemical systems, and coordination reactions. Before selecting Ferric Oxalate for educational, analytical, or research applications, laboratories should confirm the exact hydrate form, chemical identity, grade, and applicable safety information for the intended procedure.

Product Specifications

Key Features of Ferric Oxalate

• Contains iron in the +3 oxidation state coordinated with oxalate ligands.
• Belongs to the class of inorganic metal–oxalate compounds studied in coordination chemistry.
• Has documented hydrated and compositionally distinct forms, making chemical-form identification important.
• Is relevant to research involving iron complex chemistry, photochemical behaviour, and ligand interactions.
• Requires selection according to the intended procedure, verified chemical composition, and applicable safety requirements.

Laboratory Applications of Ferric Oxalate

• Coordination chemistry research: Investigation of iron(III) complexes and their interactions with oxalate ligands.
• Photochemistry studies: Selected investigations of light-induced reactions involving iron–oxalate systems when the specified material is suitable.
• Inorganic chemistry experiments: Study of metal–ligand interactions and the chemical properties of iron coordination compounds.
• Materials research: Investigation of iron-containing precursor systems for selected material preparation methods, subject to verified composition.
• Advanced research investigations: Comparative studies of iron(II) and iron(III) compounds, with experimental procedures designed around the correct oxidation state and chemical form.

Why Choose Lab Wale to Buy Ferric Oxalate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. When purchasing Ferric Oxalate, confirm the iron oxidation state, hydrate form, formula, assay, grade, and applicable safety information to ensure the reagent matches the intended application. These details are particularly important for metal–oxalate compounds, which may be available in different compositions. Selecting the correct specification supports informed procurement and appropriate laboratory planning.

Frequently Asked Questions About Ferric Oxalate

What is Ferric Oxalate used for in laboratories?

Ferric Oxalate is relevant to coordination chemistry, inorganic chemistry, photochemical investigations, and selected materials research. Its suitability depends on the precise composition and hydrate form. Researchers should use a validated procedure that specifies iron(III) oxalate rather than assuming that all iron–oxalate compounds are interchangeable.

What is the chemical formula of Ferric Oxalate?

Ferric Oxalate contains iron(III) and oxalate ions, but its reported formula can depend on the particular composition and hydration state. A documented hydrated composition is C₆H₂Fe₂O₁₃, with a formula mass of approximately 393.76 g/mol. The exact commercial form must be confirmed before assigning specifications.

What is the difference between Ferric Oxalate and Ferrous Oxalate?

Ferric Oxalate contains iron in the +3 oxidation state, whereas Ferrous Oxalate contains iron in the +2 oxidation state. Their formulas, chemical behaviour, and analytical applications differ. Choosing the correct oxidation state is essential for reactions, research methods, and calculations involving iron compounds.

Is Ferric Oxalate suitable for educational and research laboratories?

Ferric Oxalate may be suitable for selected college, university, and research procedures when the compound’s identity and specifications meet the method requirements. Its use in educational settings should be based on a suitable risk assessment, appropriate supervision, and the safety requirements associated with the particular product.

How should Ferric Oxalate be stored and handled?

Storage conditions should follow the safety information for the exact supplied form. Use a compatible, properly labelled container and protect the material from incompatible substances and environmental conditions identified in its safety documentation. Wear appropriate protective equipment, avoid unnecessary exposure, and follow institutional procedures for handling and waste disposal.

Storage Conditions for Ferric Oxalate

Store Ferric Oxalate in a compatible, tightly closed, properly labelled container under the conditions specified for the identified chemical form. Protect it from incompatible substances and excessive environmental exposure. Because properties may differ between hydrated compositions, establish any special temperature or light-protection requirements using the applicable product safety information rather than assuming that all forms require identical storage.

Precautions for Handling Ferric Oxalate

Review the applicable Safety Data Sheet before use and wear suitable laboratory gloves, protective clothing, and safety goggles. Avoid inhaling dust and prevent unnecessary skin and eye contact. Use appropriate ventilation and follow the documented precautions for the specific compound and hydrate form. Prevent uncontrolled mixing with incompatible chemicals, and follow institutional procedures for spill management, waste disposal, and emergency response.