Payment & Shipping Terms:
|Product Name:||Ultrafine Yttrium Oxide, Yttrium Oxide With Small Particle Size||Molecular Formula:||Y2O3|
|Color:||White||Form:||Small Particle Size Powder, Spherical|
|CAS:||1314-36-9||D50 SED:||About 0.5um Or 1.0um Or 2.0um|
|Melting Point:||2410 °C||Solubility:||Insoluble In Water|
|Storage Conditions:||No Restrictions||Application Area:||Additive For Various Ceramics, Optical Glass, Phosphors, Laser Materials And Refractory Materials|
yttrium oxide nanoparticles,
cerium oxide nanoparticles
Ultrafine Yttrium Oxide With Small Particle Size Y2O3 CAS 1314-36-9 For Ceramic Additives
Name: Ultrafine yttrium oxide CAS: 1314-36-9
Molecular formula: Y2O3 D50 SED: 0.5um or 1.0um or 2.0um
Description: Ultrafine yttrium oxide is a product based on the improvement of physical and chemical properties of ordinary yttrium oxide, such as morphology, particle size, fluidity, sintering, dispersion and other aspects. Its preparation methods are mainly divided into physical grinding and chemical methods. Chemical methods include precipitation, sol-gel, solid phase, spray pyrolysis, microemulsion and so on.
|Name||Ultra Y2O3_4N||Ultra Y2O3_3N|
|Total rare earth TREO||%||≥98.5||≥98.0|
|Rare earth impurities||%||≤0.0001||≤0.001|
|Non-rare earth impurities||%||≤0.0005||≤0.001|
|D50 SED||um||0.5 or 1.0 or 2.0||0.5 or 1.0 or 2.0|
|property||White powder, Spherical|
|Application area||Additive for various ceramics, optical glass, phosphors, laser materials and refractory materials, etc.|
|Package||Conventional packaging, flexible packaging according to customer needs|
Packing: 1 kg or 5 kg per package, 50 kg iron drum, provide small package: 100g, 500g, and other small packages.
Used: Used as additive for various ceramics, optical glass, phosphors, laser materials and refractory materials. Ultrafine yttrium oxide powder can be made into polycrystalline ceramics with excellent transparency. This kind of ceramics has high linear transmittance in the infrared and far infrared region, and has high paramagnetism and fluorescence which are not possessed by ordinary ceramics It can be used in window and fairing, radome, microwave substrate, infrared lens, infrared generator tube and other high temperature windows of infrared guided missile. In addition, the ultra-fine yttria powder can also be dispersed in the alloy to obtain super heat-resistant alloy; the stabilized zirconia powder can be sintered into stable zirconia ceramics with high strength and toughness, which can be used for cutting tools and mechanical parts.
Contact Person: Miss. Wang wendy