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
Blended Yttrium Oxide is a combination of various particle sizes of fused Yttrium Oxide. This material is suitable as a facecoat for investment casting of Titanium or other reactive metals. This product is intended for use with Buntrock Industries Ti Bond A & B binder. The added effort to blend materials removes much of the variability from standard single size products like 325 mesh. The final particle size distribution results in excellent slurry rheology and consistent, predictable slurry draining. Typical Properties: Chemistry: Y2O3 > 96% SiO2 < 0.1% Al2O3 < 0.2% Fe2O3 < 0.1% Particle Size: 10% +325 mesh 90% - 325 mesh
Granule 1~3mm White or light yellow 99.99% 3~5mm Tablet Φ9x5mm Φ10x10mm
99.99% content, 30nm, White powder, Different prices for different orders
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
Yttrium Oxide(CAS:1314-36-9)
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
Crystal Granule 1~4mm Colorless 99.99% Rectangular 3~5mm Light yellow
Shape Size Color Purity Granule 1~3mm White or light yellow 99.90% 3~5mm Tablet Φ9x5mm Φ10x10mm
