Gold(III) Oxide: Your Premier Catalyst Solution
Discover the high-purity Gold(III) Oxide for advanced chemical synthesis and industrial breakthroughs.
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Gold(III) Oxide
Gold(III) Oxide is a crucial chemical catalyst known for its high purity and effectiveness in various synthesis processes. With CAS numbers 1303-58-8 and 12512-29-7, this auric oxide compound is essential for researchers and industries requiring precise catalytic activity.
- Leverage the catalytic power of gold(iii) oxide chemical catalyst for your demanding reactions. With a minimum purity of 97%, it ensures reliable performance in complex chemical transformations.
- Explore the benefits of high purity gold(iii) oxide for applications requiring exceptional precision and yield, such as in advanced materials and pharmaceutical synthesis.
- Reliable sourcing for gold(iii) oxide cas no 1303-58-8 ensures consistent quality and availability for your ongoing projects and production needs.
- Investigate the potential of gold(iii) oxide cas no 12512-29-7 as a key component in your research and development, driving innovation in chemical sciences.
Advantages Offered
Enhanced Catalytic Activity
The unique properties of Gold(III) Oxide make it an exceptional chemical catalyst, promoting reactions with high efficiency and selectivity. This is vital for optimizing complex synthetic pathways.
Chemical Versatility
Soluble in common acids like HCl and HNO3, as well as NaCN solutions, this compound offers versatility in its application and handling, fitting into various chemical processes.
Guaranteed Purity and Quality
With a guaranteed purity of 97% min, buy gold(iii) oxide powder from us for consistent and predictable results in your sensitive applications, ensuring the integrity of your final products.
Key Applications
Advanced Synthesis
Utilize high purity gold(iii) oxide for sophisticated organic synthesis, enabling the creation of complex molecules and fine chemicals critical for pharmaceutical and material science industries.
Catalysis Research
Explore the potential of gold(iii) oxide chemical catalyst in cutting-edge research, driving innovation in sustainable chemistry and new material development.
Material Science
Incorporate gold(iii) oxide into novel material formulations, leveraging its unique properties for applications in electronics, nanotechnology, and beyond.
Industrial Processes
Implement gold(iii) oxide cas no 1303-58-8 in industrial catalytic processes to improve efficiency, reduce reaction times, and enhance overall productivity.