Yttrium Oxide Y2O3 99.999% For Thermal Spray Coating/plasma Spray Coating

Spherical yttrium oxide powder belongs to the powder used in thermal spray technology and for preparing ceramic materials. It is a kind of agglomerated spherical powder having a sub-micron structure of the raw materials. The powder material is particularly suitable for thermal spray to make anti- corrosion coating for electronic or semiconductor devices. Spherical yttrium oxide powder is a kind of functional materials, used in aviation, aerospace, atomic energy and high technology fields of ceramics and has shown its superior performance. It is mainly used in the manufacture of microwave magnetic materials and important materials for military use , and can be used as glass colorant, magnetic alloy, materials for laser technology, luminescence materials, permanent magnet and superconducting materials, also can be used in the manufacture of high temperature and strong heat-resistant alloy, aircraft nozzle etc.. In recent years, yttrium oxide powder obtained more and more applications in electronic industry, semiconductor industry, especially as coating materials in semiconductor etching machine to prevent plasma etch. The particle size of yttrium oxide powder and its purity level directly affect the quality and precision of its downstream products. Normal Yttria: it`s are mainly used in YAG, YSZ, Catalyst,or electronic chemicals. Purity:99.99%-99.9999% Specially, the Spherical yttrium oxide 5N is showing good capability for using in LED field. Welcome to visit our website for more info. Yttrium Oxide is used extensively in the plasma coating and transparent ceramic industry. There are two basic particle shapes that are desirable depending on the spraying equipment used: spherical and irregular. This material is the irregular shaped variety. We can get you the spherical powder if that will work better for your application. Many particle sizes are available so please contact us with your specific needs. Larger quantities with better prices are in stock. Alumina-titania Composition /manufacturing Product name Particle size Characteristics Al2O3-13%TiO2 Agglomerated and sintered method CNA-T13 -63+10µm Wear resistance Wear and slip resistance Specularity Al2O3-40%TiO2 Agglomerated and sintered method CNA-T40 -63+15µm Spinel Composition /manufacturing Product name Particle size Characteristics Al2O3-MgO Molten griding method CNA-MM -45+10µm Wear resistance Corrosion resistance Mullite Composition /manufacturing Product name Particle size Characteristics Al2O3-SiO2 Molten grinding method CNA-2S -45+10µm Heat insulation Thermal shock resistance Chemical stability High purity alumina Composition /manufacturing Product name Particle size Characteristics Al2O3 99.9% up Molten grinding method CNA-3N -45+10µm Low color spot density Wear resistance Insulation properties Chemical stability Resistance to plasma erosion CNA-3N -38+8µm Al2O3 99.99% up Agglomerated and sintered method CNA-4N -45+10µm Al2O3 (White alumina) Composition /manufacturing         CNA-24 -75+38µm White Wear resistance Insulation properties Chemical stability Resistance to plasma erosion CNA-28 -63+32µm CNA-32 -53+25µm CNA-36 -53+20µm CNA-40 -53+15µm CNA-50 -45+10µm CNA-60 -38+8µm CNA-120 -25+5µm Al2O3 99.6% up Molten grinding method *Liquidity improvement product CNA-36R -53+20µm CNA-50R -45+10µm CNA-60R -38+8µm CNA-120R -25+5µm