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Copper Bromide is an inorganic copper halide used in laboratory research, inorganic chemistry, and materials-related investigations. It occurs in different oxidation-state forms, most notably copper(I) bromide and copper(II) bromide, which have distinct chemical properties, formulas, and molecular weights. Identifying the specific form is important for selecting appropriate experimental conditions and calculating reagent quantities accurately. Copper bromide compounds may be used in studies of chemical reactions, coordination chemistry, and copper-containing materials. Handle the material using appropriate laboratory protective equipment and established chemical safety procedures. Store it in a tightly closed, properly labeled container under suitable conditions to limit contamination and unwanted exposure. Before use, confirm the precise compound identity against the product label and applicable technical documentation.
Product Specifications
| Specification | Details |
|---|---|
| Appearance | Copper(I) bromide: white to pale green powder; copper(II) bromide: dark brown to black crystalline solid |
| Assay | 99% |
| Chemical Name | Copper Bromide |
| Alternate Names | Cuprous bromide; cupric bromide (depending on oxidation state) |
| Molecular Formula | CuBr (copper(I) bromide) or CuBrâ‚‚ (copper(II) bromide); specific form requires confirmation |
| Empirical Formula | CuBr (copper(I) bromide) or CuBrâ‚‚ (copper(II) bromide); specific form requires confirmation |
| CAS Number | 7787-70-4 (copper(I) bromide) or 7789-45-9 (copper(II) bromide); specific form requires confirmation |
| Molecular Weight | 143.45 g/mol (CuBr) or 223.35 g/mol (CuBrâ‚‚); specific form requires confirmation |
| Grade | LR Laboratory Reagent |
Key Features of Copper Bromide
- Inorganic copper halide available in different oxidation-state forms.
- Useful for laboratory studies involving copper and bromide chemistry.
- Relevant to inorganic synthesis and coordination chemistry investigations.
- Physical and chemical properties vary according to the specific copper bromide form.
- Requires appropriate labeling, storage, and handling as a laboratory chemical.
Laboratory Applications of Copper Bromide
- Inorganic chemistry experiments investigating copper halides and their reactions.
- Research into copper-mediated chemical transformations, where the selected form is suitable.
- Coordination chemistry studies involving copper species and ligand interactions.
- Preparation and characterization of copper-containing materials in controlled research settings.
- Educational laboratory demonstrations of oxidation states and inorganic compound properties under suitable supervision.
Why Choose Lab Wale to Buy Copper Bromide
Lab Wale supports laboratory, educational, and research requirements with a range of chemical reagents. Selecting the correct copper bromide form is essential because copper(I) bromide and copper(II) bromide differ in composition and properties. Review the product label and confirm the required identity and grade before use. Follow established laboratory procedures for receiving, storage, handling, and waste disposal to support safe and consistent experimental work.
Frequently Asked Questions About Copper Bromide
1. What is Copper Bromide?
Copper Bromide is an inorganic compound made from copper and bromine. The name commonly refers to copper(I) bromide, CuBr, or copper(II) bromide, CuBrâ‚‚. These compounds have different properties, so the specific form should be confirmed before laboratory use.
2. What is the molecular formula of Copper Bromide?
The molecular formula depends on the oxidation state of copper. Copper(I) bromide has the formula CuBr, while copper(II) bromide has the formula CuBrâ‚‚. Check the product identification to determine which formula and corresponding molecular weight apply to the material supplied.
3. What is Copper Bromide used for in laboratories?
Copper bromide compounds are used in inorganic chemistry, coordination chemistry, and selected synthesis or materials research applications. The appropriate form depends on the reaction or study being performed. Researchers should verify reagent identity and compatibility with the intended procedure.
4. How should Copper Bromide be stored?
Keep Copper Bromide in a tightly closed, clearly labeled container under the storage conditions specified for its particular form. Protect it from contamination and incompatible substances, and use a dry, well-ventilated storage area. Consult the applicable safety documentation for any additional requirements.
5. What safety precautions are necessary when handling Copper Bromide?
Wear suitable gloves, protective eyewear, and a laboratory coat. Avoid breathing dust and prevent contact with skin and eyes. Use appropriate ventilation, wash hands after handling, and prevent environmental release. Dispose of copper-containing residues according to approved hazardous chemical-waste procedures.
Storage Conditions for Copper Bromide
Store Copper Bromide in a securely sealed, compatible, and clearly labeled container in a cool, dry, well-ventilated location. Protect the material from contamination and incompatible chemicals. Because copper(I) bromide and copper(II) bromide may have different storage requirements, follow the product-specific instructions and keep the container closed when not in use.
Precautions for Handling Copper Bromide
Handle Copper Bromide only in an appropriate laboratory setting and follow established chemical safety procedures. Wear protective gloves, safety goggles, and a lab coat, and minimize dust formation during weighing or transfer. Avoid inhalation, ingestion, and direct skin or eye contact. Use suitable ventilation, clean spills using approved procedures, and collect residues for disposal as copper-containing chemical waste. Confirm the compound’s identity before use.


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