About Chromium acetate
Structural Information
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Dimeric Form: Cr(CHCOO)(HO)
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Features a metal metal bond (CrCr), which is a distinguishing property of this compound
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Sensitive to air (oxidizes to Cr(III))
Industrial and Research Uses of Chromium(II) Acetate
| Use Case | Description |
| 1. Catalyst Precursor | Used in the synthesis of homogeneous catalysts, especially in organometallic or coordination chemistry. Its ability to form complexes with metalïmetal bonds makes it useful in developing novel catalysts . |
| 2. Magnetic Materials Research | The CrCr bond in Chromium(II) acetate gives it interesting magnetic properties, used in fundamental research on antiferromagnetism and magnetic exchange interactions. |
| 3. Inorganic Chemistry Education and Research | Commonly used in university-level labs for studying metal-metal bonding, transition metal redox behavior, and structural chemistry. |
Exceptional Purity and QualityOur chromium acetate is rigorously tested to ensure 100% purity, meeting the highest standards required for industrial and laboratory use. This guarantees reliable results and optimal performance in your applications.
Ideal for Industrial ApplicationsThanks to its solid form and complete water solubility, chromium acetate is a versatile choice for industrial processes, including catalysis and material treatment. Its reliable properties make it an essential compound for professionals.
Proper Storage GuidelinesTo preserve the quality of chromium acetate, it should always be stored in a cool, dry place, away from moisture. Adequate storage extends shelf life and maintains its high purity and effectiveness for future use.
FAQs of Chromium acetate:
Q: How should chromium acetate be stored to maintain its quality?
A: Chromium acetate should be stored in a cool, dry environment, strictly away from moisture. Proper storage helps preserve its purity and effectiveness for industrial and laboratory applications.
Q: What is the main benefit of using 100% pure chromium acetate in industrial processes?
A: Using 100% pure chromium acetate ensures consistent, high-quality results in various industrial processes, as impurities are minimized and you achieve reliable performance every time.
Q: When is chromium acetate typically used in industrial or laboratory settings?
A: Chromium acetate is commonly used during chemical synthesis, catalysis, and material treatment, whenever a soluble chromium source of high purity is required.
Q: Where can I purchase chromium acetate with guaranteed quality in India?
A: You can purchase high-quality chromium acetate from reputable suppliers and traders based in India who specialize in providing 100% pure compounds for industrial and laboratory standards.
Q: What processes can benefit from the water solubility of chromium acetate?
A: Processes like solution preparation, chemical synthesis, and material coatings benefit from chromium acetates excellent solubility, enabling easier incorporation into various formulations.
Q: How is chromium acetate typically used in industrial settings?
A: In industrial scenarios, chromium acetate is utilized as a catalyst, in textile dyeing, or in specialized chemical reactions where a highly pure and water-soluble chromium compound is necessary.