Nano Zirconium Dioxide Powder ZrO2 Nanoparticles

Nano zirconia possesses the following characteristics: high hardness, high temperature resistance, chemical resistance, wear resistance and strong thermal shock resistance. By combining Nano ZrO2 and alumina with silicon oxide, the micro ZrO2 's properties can be enhanced. This nano zirconia can be used in both structural and functional ceramics. Doped with different elements that have conductive properties, nano zirconia is used in the manufacture of solid battery electrodes.

nano ZrO2 dispersion fluidis a dispersed, uniformly distributed nano zirconia-aqueous solution. The nano zirconia liquid dispersion has the characteristics and characteristics of nanopowder materials. This liquid also has a higher activity, is easier to add, has other characteristics.

Ultrafine ZrO2 possesses the properties of high thermal shock resistance, high temperature resistance, chemical stability, and exceptional composite material. Combining ultrafine ZrO2 with other materials like Al2O3, SiO2, and others can enhance the material's performance parameters, increase its fracture toughness, strength, and so much more. Ultrafine Zirconia has many uses. It is used for structural and functional ceramics as well as improving the surface properties of metal materials (thermal conductivity. High-temperature oxidation resistance. etc.). The conductive properties of Ultrafine Zirconia are used to manufacture electrodes in the battery.

Zirconium Hydroxide

Nano Zirconium Hydroxide (white amorphous powder, solid), insoluble and alkali in water and alkali solution, tasteless, density of 3.25; decomposition into water at high temperature (approx. 500).

Nanometer zirconium chloride is widely used in electroplating.

Technical Parameter: Nano Zirconium dioxide Powder ZrO2 nanoparticles:

1, can be used in wear-resistant products: drawing die, mill lining, hot extrusion, die, ball and pump parts, wear resistant porcelain ball, bearing, shaft Sleeve, corrosion, and other parts.

2, grinding materials, polishing materials.

Three refractory materials are: electronic ceramic-burning backing plate, melted glasses, metallurgical metallic refractory and zirconium tub;

4. catalyst, automotive exhaust purification catalyst: high specific surface area; strong oxygen storage capability; thermal stability and good low-temperature effects.

5, battery material modification and oxide fuel cell: high oxygen conductivity, good mechanical property, and good stability under REDOX atmosphere.

6. coating, paint, functional coat: to increase heat insulation, wear resistance, fire resistance effect and hardness, as well as corrosion resistance.

7, artificial gems, zirconia crafts, smart bracelet.

8. Using nano zirconia to toughen structural ceramics: This can increase the brittleness and strength ceramics.

9. Dental ceramics made with nano zirconia offer high permeability and transparency. They also have a strong jade quality that makes teeth bright white, shining, and hard.

10. Battery powder made from nano zirconia.