Ferric Chromate – 500 gram Packs

Ferric Chromate is an inorganic iron–chromium compound associated with iron(III) and chromate chemistry. The term may refer to iron(III) chromate, represented by the formula Fe₂(CrO₄)₃, although the identity of a commercially supplied material should be confirmed before its specifications are assigned. Iron–chromium compounds are relevant to specialised investigations in inorganic chemistry, coordination chemistry, and materials characterisation. If the material contains hexavalent chromium, it requires particular caution because chromium(VI) compounds can present serious health and environmental hazards. Any laboratory application must therefore be evaluated against the confirmed composition, applicable safety classification, and available handling facilities. Ferric Chromate should not be assumed suitable for routine school or college experiments without an appropriate risk assessment. Laboratories should verify the chemical identity, grade, and product-specific safety requirements before purchasing or using this material for research or analytical work.

Product Specifications

Key Features of Ferric Chromate

• Inorganic iron–chromium material associated with ferric chromate chemistry.
• The specified Fe₂(CrO₄)₃ composition contains iron, chromium, and oxygen in a defined stoichiometric ratio.
• Relevant to specialised research involving inorganic compounds and chromate chemistry.
• Chromium oxidation state is an important factor in determining chemical behaviour and safety requirements.
• Requires verified product identity and suitable laboratory controls before use in research procedures.

Laboratory Applications of Ferric Chromate

• Inorganic chemistry research: May be relevant to specialised investigations of iron–chromium compounds once the exact composition is confirmed.
• Chromate chemistry studies: Can be considered in controlled investigations of chromate compounds where the use is authorised and appropriate safety measures are available.
• Materials characterisation: Identified iron–chromium materials may be examined using appropriate instrumental techniques in specialised research facilities.
• Oxidation-state studies: May be relevant to research examining iron and chromium oxidation states using validated analytical methods.
• Specialised research procedures: Any proposed application should be evaluated for chemical compatibility, occupational exposure, and hazardous waste requirements.

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. When considering Ferric Chromate, laboratories should confirm the chemical formula, chromium oxidation state, grade, and available safety documentation before purchasing. These details are especially important when a compound may contain hexavalent chromium. Careful product identification and appropriate risk assessment help ensure that the material is considered only for suitable applications and handled under the required laboratory controls.

Frequently Asked Questions About Ferric Chromate

What is Ferric Chromate used for in laboratories?

Ferric Chromate may be relevant to specialised inorganic chemistry and materials research involving iron–chromium compounds. Its suitability depends on the exact chemical composition and the intended procedure. Materials containing hexavalent chromium require strict exposure controls and should not be treated as routine educational reagents.

What is the molecular formula of Ferric Chromate?

Ferric chromate(VI) is represented by the formula 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 assumed to describe other iron–chromium materials.

What is the CAS number of Ferric Chromate?

CAS number 10294-52-7 is associated with ferric chromate(VI). Because product naming can be ambiguous, confirm the identifier against the supplied material’s technical and safety documentation before using it for inventory records, purchasing, or laboratory risk assessment.

What safety concerns are associated with Ferric Chromate?

If the compound contains hexavalent chromium, it may present serious carcinogenic, toxic, and environmental hazards. Avoid dust generation and direct exposure, and use appropriate authorised facilities and engineering controls. Follow the current Safety Data Sheet and applicable hazardous-material handling and disposal procedures.

How should Ferric Chromate be stored and handled?

Store the confirmed material in a compatible, tightly closed, clearly labelled container under the conditions specified in its Safety Data Sheet. Prevent dust release, segregate it from incompatible materials, and use suitable protective equipment. If hexavalent chromium is present, collect residues as hazardous waste and prevent environmental release.

Storage Conditions for Ferric Chromate

Store Ferric Chromate in a compatible, tightly closed, clearly labelled container in a designated chemical storage area. Protect it from contamination and follow the product-specific Safety Data Sheet for temperature, moisture, and segregation requirements. If hexavalent chromium is present, use appropriate hazardous-material storage controls and prevent any release to drains or the surrounding environment.

Precautions for Handling Ferric Chromate

Review the current Safety Data Sheet and complete a risk assessment before handling. If hexavalent chromium is present, avoid 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 hazardous waste according to institutional procedures and applicable regulations.