Platinum Diamminediiodo SP-4-2 CAS 15978-93-5: Properties, Applications, and Market Insights
Discover the key details of Platinum Diamminediiodo SP-4-2, a specialized chemical compound for research and synthesis.
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Platinum Diamminediiodo SP-4-2
This specialized chemical compound, known for its high purity and white powder appearance, serves as a critical research material and chemical intermediate. Its molecular formula is H6I2N2Pt, with a molecular weight of 482.95. While specific applications are diverse, its inclusion in UV-curing materials categories suggests potential uses in advanced material science.
- High Purity (≥99%) Platinum Diamminediiodo: Ensures reliable and consistent results in your research and synthesis processes.
- Versatile Intermediate: Serves as a key building block for the synthesis of various other complex compounds.
- White Powder Appearance: Provides a clear visual indicator of its physical form and purity.
- Widely Available for Research: Easily sourced from multiple suppliers for laboratory and experimental use.
Advantages of Using This Compound
Reliable Purity for Research
The high purity of Platinum Diamminediiodo ensures that your experimental outcomes are not compromised by impurities, making it a dependable choice for critical research.
Foundation for Advanced Synthesis
As a Platinum coordination compound, it acts as a valuable scaffold in complex synthesis pathways, enabling the creation of novel materials and molecules.
Broad Applicability in Fine Chemicals
Its classification within fine chemicals highlights its utility across various sectors requiring specialized chemical inputs for product development.
Key Applications
Chemical Synthesis
Utilized as a key intermediate in the synthesis of more complex platinum-based compounds and other fine chemicals.
Research and Development
A crucial material for laboratory research, enabling studies in inorganic chemistry and materials science.
Potential UV-Curing Applications
Inclusion in UV-curing material categories suggests potential applications in advanced material formulations and coatings.
Material Science Innovation
Its unique chemical structure and properties make it a candidate for developing new materials with specialized functionalities.