The main purpose of nano yttrium is: 1. The additive of steel and non-ferrous alloy.2. The high nano-yttrium oxide high temperature proton conduction materials containing 90% of yttrium oxide are of great significance for the production of fuel cells, electrolytic pools and gas-sensitive components requiring high solubility of hydrogen.In addition, yttrium oxide is also used for high temperature spraying materials.
The main purpose of nano yttrium is: 1. The additive of steel and non-ferrous alloy.2. The high nano-yttrium oxide high temperature proton conduction materials containing 90% of yttrium oxide are of great significance for the production of fuel cells, electrolytic pools and gas-sensitive components requiring high solubility of hydrogen.In addition, yttrium oxide is also used for high temperature spraying materials.
The main purpose of nano yttrium is: 1. The additive of steel and non-ferrous alloy.2. The high nano-yttrium oxide high temperature proton conduction materials containing 90% of yttrium oxide are of great significance for the production of fuel cells, electrolytic pools and gas-sensitive components requiring high solubility of hydrogen.In addition, yttrium oxide is also used for high temperature spraying materials
Granule 1~3mm White or light yellow 99.99% 3~5mm Tablet Φ9x5mm Φ10x10mm
Yttrium oxide (Y2O3) is a white rare earth oxide that is insoluble in water and alkali, but soluble in acid. It is a typical C-type rare earth sesquioxide with a body-centered cubic structure. Yttrium oxide is often used as a functional additive material due to its high dielectric constant, good heat resistance, strong corrosion resistance, and a series of other excellent physical properties. It is widely used in the fields of atomic energy, aerospace, fluorescence, electronics, high-tech ceramics, etc. As a fluorescent powder matrix material, it is used in display, lighting, and marking fields; as a laser medium material, it is prepared into a transparent ceramic with high optical performance, which can be used as a laser working medium to achieve room temperature laser output; As an up-conversion luminescent matrix material, it is applied in infrared detection, fluorescence labeling and other fields; Made into transparent ceramics, it can be used for visible and infrared lenses, high-pressure gas discharge lamp tubes, ceramic scintillators, high-temperature furnace observation windows, etc. Can be used as a reaction vessel, high temperature resistant material, refractory material, etc.; As raw materials or additives, it is also widely used in high-temperature superconducting materials, laser crystal materials, structural ceramics, catalytic materials, dielectric ceramics, high-performance alloys and other fields. Product Name Yttrium oxide Chemical Formula Y2O3 Transmittance Range (%) 400-8000nm Dimension 1~3mm Evaporation temperature (�ºC) 2500�ºC Refractive Index(n/d) 1.87/550nm Evaporation Source E Available Shapes Pellets, Granules Application Evaporation Coating
Y2O3 99.995% 1.Y2O3 99.995%, REO 99.0% 2.REO Impurity Max 0.005% 3.Other Impurity Fe2O3 0.0005%, SiO2 0.003%, CaO 0.001%, Cl- 0.02% Y2O3 99.999% 1.Y2O3 99.999%, REO 99.0% 2.REO Impurity Max 0.001% 3.Other Impurity Fe2O3 0.0003%, SiO2 0.002%, CaO 0.0007%, Cl- 0.01% Packing 25kgs in cardboard drum
Supplier: Silicon monoxide(sio), silicon dioxide(sio2), aluminum oxide, magnesium oxide (mgo), magnesium fluoride(mgf2), tantalum oxide (ta2o5), titanium sesquioxide(ti2o3), titanium penoxide(ti3o5), titanium monoxide(tio), titanium dioxide(tio2), yttrium oxide(y2o3), zinc oxide (zno), zirconium oxide(zro2), aluminum, fluoride(alf3), zr(99.9%), cu(99.9%);zn(99.9%), crucible: quartz crucible; alumina crucible; boron nitride crucible; graphite crucible; tungsten crucibles, ceramic devices
Supplier: Silicon monoxide(sio), silicon dioxide(sio2), aluminum oxide, magnesium oxide (mgo), magnesium fluoride(mgf2), tantalum oxide (ta2o5), titanium sesquioxide(ti2o3), titanium penoxide(ti3o5), titanium monoxide(tio), titanium dioxide(tio2), yttrium oxide(y2o3), zinc oxide (zno), zirconium oxide(zro2), aluminum, fluoride(alf3), zr(99.9%), cu(99.9%);zn(99.9%), crucible: quartz crucible; alumina crucible; boron nitride crucible; graphite crucible; tungsten crucibles, ceramic devices
Supplier: Lanthanum oxide La2o3, cerium oxide Ceo2, praseodymium oxide Pr6o11, neodymium oxide Nd2o3, samarium oxide Sm2o3, europium oxide Eu2o3, gadolinium oxide Gd2o3, terbium oxide Tb4o7, dysprosium oxide Dy2o3, holmium oxide Ho2o3, erbium oxide Er2o3, thulium oxide Tm2o3, ytterbium oxide Yb2o3, lutetium oxide Lu2o3, yttrium oxide Y2o3, scandium oxide Sc2o3, lanthanum carbonate La2(co3)3, cerium carbonate Ce2(co3)3, lanthanum hydroxide La(oh)3, cerium hydroxide Ce(oh)4, lanthanum chloride Lacl3
Services: Manufacturer and exporter
It's used for decolorizing or refining glass for production of beverage glass bottles etc. ITEM CeO2/TREO(%,min):99.98 TREO(%,min):99.27 SPECIFICATIONS 99.95 99.0 RE Impurities(%/TREO,Max): La2O3: 0.009 Pr6O11: 0.005 Nd2O3 : 0.001 Sm2O3: 0.001 Y2O3: 0.001 Non-Re Impurities(%,Max): Fe2O3: 0.0026 SiO2: 0.004 CaO: 0.0016 Cl-: 0.049 SO42-: 0.006 L.O.I: 0.59%
