PALLADIUM(II) OXIDE,1314-08-5,PDO

Author:riyngroup 2020-09-30 10:58:41 659 0 0

PALLADIUM(II) OXIDE1314-08-5PDO

UIV CHEM is one of the toppest 1314-08-5,PdO,Palladium(II) Oxide in China.During these years of exporting , UIV CHEM now has rich experience in the worldwide markets

 

Palladium(II) Oxide1314-08-5PdO



Identification

Name


Palladium monoxide

Synonyms


Palladium(II) oxide

Molecular Formula


PdO

Molecular Weight


122.42

CAS Registry Number


1314-08-5

EINECS


215-218-3

Pd content


≥85%

Properties


Density


8.7

Melting point


870 ºC

Property


stable in the air, insoluble in water, soluble in dilute nitric acid

Appearance


Black powder

Safety Data


Hazard Symbols


Xi

Risk Codes


R36/37/38

Safety Description


S26;S36

COA / MSDS


Palladium(II) oxide MSDS.pdf

 

We are eager to share our expertise in joint catalyst development partnerships with customers, exploring new routes and developing precious metal catalysts to give you a decisive advantage in a changing market.

Precious metal catalyst is a kind of precious metal material, which can change the speed of chemical reaction and itself is not involved in the final product. Almost all of the precious metals can be used as a catalyst, but the commonly used is platinum, palladium, ruthenium, rhodium, iridium, gold, silver, etc., the most widely used are platinum and palladium. as its high catalytic activity, high temperature resistance, oxidation resistance, corrosion resistance and other excellent comprehensive properties, it is the most important catalyst materials.

According to catalytic reaction category, precious metal catalyst is divided into 2 categories: homogeneous catalyst and heterogeneous catalyst. Homogeneous catalyst usually is soluble compounds, such as, palladium chloride, palladium acetate, platinum oxide, chloroplatinic acid, chloroplatinic acid,rhodium chloride, iridium trichloride, ruthenium trichloride and etc. Heterogeneous catalyst usually is insoluble solid.

Precious metal catalysts is widely used in gasoline, chemical, medical, pesticide, food, environmental protection, energy, and electronic fields. It is excellent catalyst in oxidative dehydrogenation, catalytic reforming, hydrocrack, hydrodesulfurization, coupling reaction aspects in gasoline and chemical industries.

In environmental protection field, it is widely used in automobile emission purification and organics catalytic combustion.

In electronic and chemical industries, it is mainly used for gas purification.

 

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