For researchers and development professionals in the chemical, pharmaceutical, and materials science fields, selecting the right reagents is fundamental to successful innovation. Potassium Gold(III) Chloride (CAS 13682-61-6) is a specialized inorganic compound that offers unique properties beneficial for a variety of R&D projects. This guide aims to provide essential information for those looking to buy Potassium Gold(III) Chloride, emphasizing purity, applications, and procurement strategies from a trusted manufacturer and supplier.

Potassium Gold(III) Chloride is typically presented as a yellow to orange crystalline powder, a characteristic that hints at its rich chemical potential. Its high solubility in water, alcohol, and methanol makes it convenient for use in diverse laboratory settings. The critical specifications for R&D purposes often include high purity, usually stated as a minimum of 97%, and a precise gold content, which is approximately 47.5%. These parameters are crucial for ensuring reproducible and reliable experimental results. When you are considering CAS 13682-61-6 for your research, understanding these quality indicators is key.

The primary appeal of Potassium Gold(III) Chloride in R&D lies in its versatility. It is widely recognized as an effective chemical catalyst. In academic and industrial research labs, gold catalysts are explored for their efficiency in various organic synthesis pathways, including cyclization, addition, and coupling reactions. Researchers developing novel synthetic methodologies or optimizing existing ones will find this compound to be a valuable asset. Procuring it from a reputable supplier ensures that you receive material that meets the high standards required for experimental validation.

Beyond catalysis, Potassium Gold(III) Chloride serves as a critical precursor for synthesizing a range of gold(III) dithiolate complexes. These complexes are of significant interest for their photophysical properties, making them candidates for use in luminescent materials, probes for biological imaging, and components in advanced optoelectronic devices. Furthermore, their potential as photosensitizers and photocatalysts is actively being investigated for applications in areas such as drug delivery and environmental remediation. For R&D projects in these cutting-edge fields, the quality of your gold precursor directly impacts the success of your material development.

In the pharmaceutical R&D context, Potassium Gold(III) Chloride can function as a pharmaceutical intermediate. Its unique structure and reactivity can be leveraged in the complex multi-step synthesis of novel drug candidates. Ensuring the purity and consistency of such intermediates is vital for the early stages of drug discovery and development. Therefore, selecting a manufacturer that prioritizes stringent quality control is paramount.

When sourcing Potassium Gold(III) Chloride for research, consider partnering with suppliers who offer detailed technical data, including Certificates of Analysis (CoA), and are responsive to inquiries. We understand the needs of the R&D community and strive to provide not only high-quality chemicals but also excellent customer support. We offer competitive prices and flexible quantities, making it easier for research institutions and laboratories to acquire the materials they need. Many suppliers also offer free samples for evaluation, allowing you to test the product's suitability for your specific application before committing to larger orders.

In conclusion, Potassium Gold(III) Chloride is a powerful tool for researchers pushing the boundaries of chemistry, materials science, and medicine. By understanding its applications and prioritizing quality sourcing from reliable manufacturers and suppliers, R&D professionals can effectively utilize this compound to drive their projects forward. We invite you to connect with us to learn more and to discuss your specific research material requirements.