CAS · 15321-51-4
Product Overview
Diironnonacarbonyl is a high-purity catalysts-auxiliary-agent supplied for industrial and specialty chemical applications. Contact our team for specifications, packaging options and lead times.
Product Specifications
| Appearance | Orange yellow scaly solid |
|---|---|
| Content | 98.0% min |
| Melting point | 98-102 °C |
| Identification (infrared) | Consistent with standard spectrum |
Applications
Diiron nonacarbonyl (CAS 15321-51-4) is an important organometallic compound widely used as a reagent, catalyst precursor, and intermediate in coordination chemistry. It serves as a valuable source of iron in the synthesis of iron-containing complexes and is often applied in research on homogeneous catalysis, including carbonylation, hydrogenation, and hydroformylation reactions. In materials science, it is used in the preparation of thin films and coatings through chemical vapor deposition techniques. Furthermore, its unique structure and reactivity make it useful in fundamental studies of metal–carbonyl bonding and in the development of novel catalytic systems for both academic and industrial applications.
Benefits
The benefits of diiron nonacarbonyl lie in its versatility, effectiveness, and contribution to advancing modern chemistry. It provides a stable yet reactive iron carbonyl source, making it an excellent starting material for exploring organometallic mechanisms and designing new catalysts. Its ability to promote selective transformations enhances reaction efficiency and reduces unwanted byproducts. In material science, it enables the fabrication of high-purity films and coatings with controlled properties, supporting innovation in electronics, nanotechnology, and surface engineering. Its role in catalytic research also contributes to greener, more sustainable chemical processes by enabling alternative pathways under milder conditions.
Conclusion
In conclusion, diiron nonacarbonyl is a multifunctional compound that bridges fundamental chemistry with practical applications in catalysis and materials science. Its stability, reactivity, and adaptability make it indispensable in research and industrial processes aimed at improving efficiency, selectivity, and sustainability. As the demand for advanced catalytic systems and precision materials grows, diiron nonacarbonyl will continue to play a key role in enabling future developments.
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