High Purity Cerium Oxide CeO2 powder CAS 1306-38-3, 99.9% |

Cerium Oxide CeO2 powder:

Cerium(IV), commonly known as cericoxide, ceric dioxide, or cerium dioxide, is an oxide made from rare-earth metal, cerium. Cerium(IV) oxide is a yellowish-white powder having the chemical composition CEO2. is an important commercial product that also serves as an intermediate for the removal of elements from ores. Its reversible transformation to a nonstoichiometric ore is the distinctive characteristic of this material.

Ceriumoxide has a density 7.13g/cm3 at a melting point 2397. Cerium oxide is insoluble with water and alkali but can be slightly soluble by acid. Hydrogen reduction ceriumoxide can be used to achieve cerium oxide at temperatures of 2000 and 15, mph. It is also soluble in alkali and water.

Cerium Oide in my area:

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Cerium oxide CeO2 powder performance:

To make cerium oxide, hydrogen can reduce cerium oxide to a solution at 2000 degrees Celsius and 15MPa. The cerium oxide will turn yellowish or reddish if the temperature is at zero at 2000, but it is at no pressure at 5MPa. The cerium oxide is used in the manufacture of polishing and catalyst materials, catalyst carriers, catalysts (auxiliaries), catalysts, catalyst carriers, ultraviolet absorbers fuel cell electrolytes automobile exhaust absorbers, electronic ceramics etc.

Technical Parameters of Cerium Oxide CeO2 CeO2 powder:

It is simple.


Cerium Oxide CeO2 dust


produced?


Producing cerium oxide by oxalic acids precipitation is the most common method. That is, starting with cerium chloride/cerium nitrate as a raw material and using oxalic to adjust its pH to 2. Then adding ammonia and heating to precipitate cerium dioxide. Finally, burn it at 900 1000.

CeCl2+ H2C2O4 – 2 NH4OH and 2 CeC2O4 – 2 H2O+ – 2 NH4Cl

Cerium Oxide CeO2 dust applications


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Cerium oxide glass polish


Oxidant.

Organic reactive catalyst

The steel analysis is an indicator of rare earth metals.

Oxidative titration analysis.

Decorative glass

Glass enamel shielding agent.

Alloy heating.


Using cerium oxide

It can be used in the manufacture of glass additives and as an ultraviolet-ray absorbing material for cosmetics.

It is now able to be expanded for the glasses, optical lenses, the abrasion and electronic of the tube.

It is made up of two primary components:

Polishing of cerium oxide

Cerium oxide is the most common powder, followed by Cerium dioxide (CeO2) and Cerium oxide [La2O3], cerium oxide (“PR2O3”), cerium oxide (“La2O3)), oxide (PR2O3)), magfuric (LaOf), and Cerium oxide („La2O3”), but may also contain trace levels of calcium oxide, alumina, and silicon oxide. What determines the polishing effect of polishing powder? It is how small, pure and hard CeO2 is.

Because nano-CeO2 has an abundance of electronic transformation capability, it is very sensitive to ultraviolet light. High-proportion surface effects, macro quantum effects, scattering and reflection strong ultraviolet light are some of the small dimensions of nanoparticles.