Ferric Chromate- 1 Kg Packs

Ferric Chromate is an inorganic iron–chromium compound associated with iron(III) and chromate ions. The name may refer to ferric chromate(VI), represented by the formula Fe₂(CrO₄)₃, but the exact identity of a commercial product should be confirmed because iron–chromium compounds can have different compositions and properties. Ferric chromate compounds are relevant to inorganic chemistry and investigations of metal oxides, chromate chemistry, and iron–chromium interactions. Compounds containing hexavalent chromium require particular caution because Cr(VI) species can present serious health and environmental hazards. Any laboratory use must be justified by the experimental requirements, the verified chemical identity, and the applicable safety controls. This material should not be treated as a routine educational reagent without an appropriate risk assessment, suitable facilities, and authorised handling procedures. Laboratories should confirm the supplied compound’s specifications and safety information before purchase or use.

Product Specifications

Key Features of Ferric Chromate

• Inorganic iron–chromium compound associated with ferric chromate(VI) chemistry.
• The Fe₂(CrO₄)₃ composition contains iron, chromium, and oxygen in a defined stoichiometric ratio.
• Relevant to specialised investigations of inorganic compounds and chromate chemistry.
• Chromium oxidation state is an important consideration when assessing chemical properties and handling requirements.
• Use requires confirmed product identity, appropriate laboratory facilities, and controls based on the applicable safety documentation.

Laboratory Applications of Ferric Chromate

• Inorganic chemistry research: May be relevant to specialised investigations of iron–chromium compounds after the exact chemical identity is confirmed.
• Chromate chemistry studies: Supports carefully controlled research into chromate compounds and their chemical behaviour where the use is authorised.
• Materials characterisation: Identified iron–chromium materials may be examined using appropriate instrumental techniques in specialised facilities.
• Oxidation-state investigations: Can be relevant to research comparing iron and chromium oxidation states when validated analytical methods are available.
• Specialised chemical research: Any proposed application should undergo a hazard and environmental assessment, particularly where hexavalent chromium may be present.

Why Choose Lab Wale to Buy Ferric Chromate

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 Chromate, confirming the exact chemical identity, chromium oxidation state, grade, and applicable safety information is especially important. Laboratories should review available technical documentation and assess whether their facilities can safely manage the material and its waste. Lab Wale supports laboratory purchasing requirements, subject to the suitability and safety of the intended application.

Frequently Asked Questions About Ferric Chromate

What is Ferric Chromate?

Ferric Chromate is a name associated with iron–chromate chemistry. Ferric chromate(VI) is represented by the formula Fe₂(CrO₄)₃. Because commercial naming can be ambiguous, the supplied compound’s formula and chromium oxidation state should be confirmed before assigning definitive properties or selecting laboratory procedures.

What is the molecular formula of Ferric Chromate?

For ferric chromate(VI), the formula is Fe₂(CrO₄)₃, equivalent to Fe₂Cr₃O₁₂, with a formula mass of approximately 459.67 g/mol. These values apply to that specified composition and should not be transferred to other iron–chromium compounds.

What is the CAS number of Ferric Chromate?

CAS number 10294-52-7 is associated with ferric chromate(VI). Confirm the identity against the product-specific documentation before using this number in inventory systems, procurement records, or safety assessments. Related iron–chromium compounds can have different identifiers and hazard profiles.

What safety considerations apply to Ferric Chromate?

If the material contains hexavalent chromium, it may pose serious carcinogenic, toxic, and environmental hazards. Avoid dust generation and direct exposure, and do not use it in routine educational demonstrations without an appropriate risk assessment and authorised facilities. Follow the current Safety Data Sheet and applicable hazardous-material procedures.

How should Ferric Chromate be stored and handled?

Storage and handling requirements depend on the confirmed compound and its hazard classification. Keep the material in a compatible, tightly closed, clearly labelled container, prevent dust release, and segregate it according to the applicable safety guidance. Use suitable protective equipment and follow approved procedures for spills and hazardous waste disposal.

Storage Conditions for Ferric Chromate

Store the identified material in a compatible, tightly closed, clearly labelled container in a designated chemical storage area, protected from contamination and conditions specified as incompatible in the applicable Safety Data Sheet. If hexavalent chromium is present, ensure storage prevents release to drains or the environment and complies with institutional hazardous-material requirements. Follow the product-specific storage guidance.

Precautions for Handling Ferric Chromate

Review the current Safety Data Sheet and complete a documented risk assessment before use. If hexavalent chromium is present, avoid generating or inhaling dust and prevent skin and eye contact. Use authorised facilities, suitable protective equipment, and appropriate engineering controls. Do not dispose of residues or solutions down drains; collect them as designated hazardous waste and follow applicable institutional and regulatory procedures.