Chromium Bromide- 1 Kg Packs

Chromium Bromide is an inorganic chromium halide used in specialized inorganic chemistry research and investigations of transition-metal compounds. The name can refer to chromium(II) bromide (CrBr2) or chromium(III) bromide (CrBr3), which differ in oxidation state, chemical composition, molecular weight, and physical properties. Both compounds are relevant to studies of chromium coordination chemistry, metal–halide interactions, and the behaviour of chromium ions in suitable chemical systems. Their appearance, moisture sensitivity, and reactivity depend on the specific compound and its preparation. Chromium bromides are primarily intended for specialized laboratory and research applications rather than routine school practicals. The 1 kg pack should be selected only after confirming the exact chemical form, required specifications, and suitability for the intended procedure. Appropriate handling, storage, and disposal practices must follow the applicable Safety Data Sheet and institutional chemical safety requirements.

Product Specifications

Key Features of Chromium Bromide

• Inorganic halide composition: Chromium bromides contain chromium and bromide ions, with the compound’s composition determined by its oxidation state.
• Variable oxidation state: Chromium(II) and chromium(III) bromides exhibit different chemical properties and must be distinguished during reagent selection.
• Transition-metal chemistry relevance: These compounds are relevant to investigations of chromium coordination chemistry and metal–halide interactions.
• Specialized research applications: Suitable forms may be used in controlled studies of inorganic reactions and chromium-containing materials.
• Institutional pack format: The 1 kg pack supports planned procurement when the exact compound and required specifications are confirmed.

Laboratory Applications of Chromium Bromide

• Inorganic chemistry research: Used in selected investigations of chromium halides and their chemical behaviour under controlled laboratory conditions.
• Coordination chemistry: Suitable compounds may be investigated for interactions between chromium centres and bromide or other compatible ligands.
• Transition-metal studies: Supports specialized research into chromium oxidation states, bonding, and reaction behaviour.
• Materials chemistry: Certain chromium bromide compounds may serve as precursors in research involving chromium-containing materials when specified by the method.
• Advanced academic investigations: May be used in university or research-centre experiments where the verified compound, experimental requirements, and safety controls are appropriate.

Why Choose Lab Wale to Buy Chromium Bromide

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. When purchasing Chromium Bromide, verify the oxidation state, chemical formula, CAS number, stated grade, and pack size against the intended procedure. Reviewing the relevant technical and safety documentation supports informed procurement and appropriate laboratory handling. The 1 kg pack is a practical purchasing format for institutions with established requirements for specialized inorganic reagents and suitable storage facilities.

Frequently Asked Questions About Chromium Bromide

What is Chromium Bromide used for in laboratories?

Chromium bromides are used in specialized inorganic chemistry and transition-metal research. Depending on the compound, they may support investigations of chromium oxidation states, coordination chemistry, metal–halide interactions, and chemical synthesis. The specific application depends on whether chromium(II) bromide or chromium(III) bromide is required.

What is the molecular formula of Chromium Bromide?

The formula depends on the oxidation state. Chromium(II) bromide has the formula CrBr2, whereas chromium(III) bromide has the formula CrBr3. These compounds have different formula masses and chemical properties, so the exact form must be established before preparing solutions or calculating reagent quantities.

What is the CAS number of Chromium Bromide?

Chromium bromide does not have one universal CAS number covering all oxidation states. Chromium(II) bromide and chromium(III) bromide have distinct chemical identities and identifiers. Confirm the exact formula and product identity before using a CAS number for purchasing, laboratory records, or safety assessments.

What is the difference between Chromium(II) Bromide and Chromium(III) Bromide?

Chromium(II) bromide contains chromium in the +2 oxidation state and has the formula CrBr2. Chromium(III) bromide contains chromium in the +3 oxidation state and has the formula CrBr3. Their stoichiometry, formula masses, reactivity, and handling requirements differ, so they are not interchangeable.

How should Chromium Bromide be stored and handled safely?

Store the identified compound in a compatible, tightly closed, clearly labelled container under the supplier’s specified conditions. Avoid inhaling dust and prevent contact with skin and eyes. Review the current Safety Data Sheet for moisture sensitivity, incompatibilities, protective equipment, spill response, and waste disposal requirements.

Storage Conditions for Chromium Bromide

Store Chromium Bromide in its original, tightly closed, compatible container in a dry, appropriately ventilated area, following the supplier’s instructions for the exact compound. Protect moisture-sensitive forms from atmospheric moisture where specified, and segregate the material from incompatible chemicals. Maintain clear labelling and follow the applicable Safety Data Sheet for temperature limits and additional storage precautions.

Precautions for Handling Chromium Bromide

Review the current Safety Data Sheet before handling Chromium Bromide and confirm the exact oxidation state. Wear suitable gloves, protective clothing, and eye protection, and minimize dust generation during weighing and transfer. Use appropriate ventilation, avoid direct contact, and prevent environmental release. Follow institutional procedures for spill management and chromium-containing waste disposal, with additional precautions applied where the identified compound is moisture-sensitive or otherwise reactive.