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Product Line: Catalysts & Auxiliaries

Palladium hydroxide

CAS 12135-22-7

Molecular structure of Palladium hydroxide

CAS · 12135-22-7

01

Product Overview

Palladium hydroxide is a high-purity catalysts-auxiliary-agent supplied for industrial and specialty chemical applications. Contact our team for specifications, packaging options and lead times.

02

Product Specifications

Appearance Black powder
Assay / Palladium hydroxide 20% min
Mass percent of total impurities (Fe, Pb, Cu) 0.12% max
Single impurity 0.03% max
Activity (MPa/0.1gPd ·1.5 hours) 0.12 min
BET surface area 700-1500 m²/g
Strength of carbon supports 80% - 85%
Granular of carbon supports 200 mesh (sieving rate: 90% min)
03

Applications

Palladium hydroxide is widely used as a catalyst in organic synthesis and industrial chemistry. It is commonly employed in hydrogenation and hydrogenolysis reactions, including the reduction of alkenes, alkynes, nitro groups, and benzyl protecting groups. The compound is also utilized in fine chemical and pharmaceutical manufacturing to facilitate selective reductions and transformations. Additionally, it serves in environmental applications for the catalytic treatment of pollutants and in research laboratories for developing new catalytic methodologies.

04

Benefits

Palladium hydroxide offers high catalytic activity and selectivity, enabling efficient reactions under relatively mild conditions. Its stability and ease of handling make it convenient for repeated use and large-scale processes. The catalyst promotes cleaner reactions with reduced byproducts, enhancing overall yield and purity of target compounds. Its versatility allows application across a wide range of substrates, supporting innovation in pharmaceutical synthesis, fine chemicals, and environmentally friendly chemistry.

05

Conclusion

Palladium hydroxide is a valuable catalyst in chemical synthesis, providing efficient and selective hydrogenation and reduction capabilities. Its reliability, versatility, and high activity make it essential for pharmaceutical development, fine chemical production, and research in advanced catalytic processes.

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