Ferric Carbonate – 500 gram Packs

Ferric Carbonate is a name used in some laboratory product listings for iron carbonate materials, but the exact chemical identity should be established before assigning definitive chemical specifications. Iron(II) carbonate, commonly known as ferrous carbonate, has the formula FeCO₃ and differs chemically from iron(III) carbonate. Iron(III) carbonate is not generally encountered as a stable, simple commercial compound under ordinary conditions. Iron carbonate materials are relevant to inorganic chemistry, iron speciation, precipitation reactions, and studies of mineral formation. Their behaviour depends on oxidation state, pH, solution composition, and environmental conditions. In laboratory investigations, appropriately identified iron carbonate materials may be used to study inorganic reactions, carbonate equilibria, and iron-containing solids. Before using a product sold as Ferric Carbonate, laboratories should confirm its chemical identity, composition, and applicable safety information to ensure that calculations, experimental procedures, and handling practices are appropriate for the actual material.

Product Specifications

Key Features of Ferric Carbonate

• Product identity must be established to distinguish iron(III)-containing materials from iron(II) carbonate.
• Iron carbonate compounds are relevant to inorganic chemistry and studies of iron speciation.
• Carbonate chemistry is influenced by pH, dissolved carbon dioxide, and solution composition.
• Iron-containing carbonate materials may be investigated in precipitation and mineral formation studies.
• Laboratory suitability depends on the confirmed chemical composition and the requirements of the intended procedure.

Laboratory Applications of Ferric Carbonate

• Inorganic chemistry investigations: Supports suitable studies of iron-containing compounds after the chemical identity has been established.
• Carbonate equilibria: Can be relevant to experiments investigating carbonate chemistry and the effects of solution conditions on iron-containing materials.
• Precipitation studies: Appropriately identified iron carbonate materials may be examined in controlled investigations of solid formation and solution chemistry.
• Iron speciation research: Can support selected studies comparing the behaviour of iron oxidation states under defined chemical conditions.
• Materials and environmental research: Identified iron carbonate phases may be investigated in research concerning mineral formation and iron interactions in aqueous systems.

Why Choose Lab Wale to Buy Ferric Carbonate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. For a product listed as Ferric Carbonate, confirming the chemical identity, formula, CAS number, grade, and available product specifications is particularly important because iron carbonate terminology can be ambiguous. Reviewing relevant technical and safety documentation helps laboratories select appropriate materials for their intended procedures. Lab Wale supports laboratory purchasing requirements for educational and research applications.

Frequently Asked Questions About Ferric Carbonate

What is Ferric Carbonate used for in laboratories?

Iron carbonate materials may be relevant to inorganic chemistry, precipitation studies, carbonate equilibria, and research on iron-containing solids. However, applications depend on the actual chemical composition and oxidation state. The supplied product identity should be confirmed before selecting an experimental procedure.

What is the molecular formula of Ferric Carbonate?

The name alone is insufficient to establish a reliable formula for the supplied product. Ferrous carbonate, or iron(II) carbonate, has the formula FeCO₃. Iron(III) carbonate is chemically distinct and is not generally encountered as a stable, simple commercial reagent under ordinary conditions.

What is the CAS number of Ferric Carbonate?

A definitive CAS number cannot be assigned safely without identifying the actual supplied compound. Ferrous carbonate is associated with CAS number 563-71-3, but this identifier should not be used for a material unless its identity as iron(II) carbonate is confirmed.

Is Ferric Carbonate the same as Ferrous Carbonate?

No. Ferric refers to iron in the +3 oxidation state, while ferrous refers to iron in the +2 oxidation state. Ferrous carbonate is FeCO₃. The distinction affects chemical properties, stability, calculations, and experimental behaviour, so the two names should not be used interchangeably.

How should Ferric Carbonate be stored and handled?

Store the identified material in a suitable, tightly closed and clearly labelled container, protected from contamination and environmental conditions that could alter its composition. Avoid generating dust and wear suitable laboratory protective equipment. Consult the product-specific Safety Data Sheet for storage, handling, spill response, and waste disposal requirements.

Storage Conditions for Ferric Carbonate

Store the material in a compatible, tightly closed, clearly labelled container in a suitable laboratory storage area protected from contamination. Because the exact iron carbonate form has not been established, specific temperature, moisture, and atmosphere requirements should be based on the supplied product’s Safety Data Sheet rather than assumed. Keep it segregated from incompatible substances as directed by the applicable safety guidance.

Precautions for Handling Ferric Carbonate

Confirm the product identity and review its current Safety Data Sheet before use. Wear suitable laboratory gloves, safety goggles, and protective clothing, and avoid generating or inhaling dust. Use appropriate ventilation during weighing and transfer. Do not select reaction conditions or calculate reagent quantities until the chemical composition is established. Follow institutional procedures for spill management and chemical waste disposal.