Nano Yttria Dispersion Magnetic Materials

型号：

VK-Y01H

粒径nm：

20

含量%：

20

< >Nano yttrium oxide has extremely strong optical, electrical, magnetic properties, superconductivity, high chemical activity, etc., which greatly improves the performance and function of the material. It is used in optical materials, luminescent materials, crystal materials, magnetic materials, battery materials, In high-tech fields such as electronic ceramics, engineering ceramics, catalysts, etc., our company adopts internationally advanced dispersion technology to produce nanometer yttrium oxide dispersion, which has good dispersion and stability and does not stratify. In addition to the characteristics of nanopowder, it also has Features such as higher activity and ease of addition solve the problem of poor customer dispersion. This product is widely used in ceramics, alloys, optical glass and other industries.
< >Product Features:
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< < >Appearance
< < >White slightly Yellow dispersion

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< < >Nano yttrium oxide content (%)
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Stability: Monodisperse nanoparticles that can be diluted many times and still remain transparent and stable for long periods of time and still maintain their distribution state.
< >Applications:
< >Additives for steel and non-ferrous alloys. R alloys usually contain .%~% nano-yttrium oxide. Nano-yttrium oxide can enhance the oxidation resistance and ductility of these stainless steels. After adding an appropriate amount of rich nano-yttrium oxide mixed with rare earths to the B alloy, the overall properties of the alloy are significantly improved. Substituting some medium-strength aluminum alloys for stress-bearing components of aircraft. Adding a small amount of nanometer yttrium oxide rare earth to the alloy can improve the conductivity of the alloy. The alloy has been used by most domestic wire factories. Adding nanometers to copper alloys Yttrium oxide, which improves electrical conductivity and mechanical strength.
< >. Silicon nitride ceramic materials containing nanometer yttrium oxide% and aluminum% can be used to develop engine parts.
< > High nanometer yttrium oxide structure alloy containing nanometer gadolinium oxide up to % can be used in aviation and other applications requiring low density and high melting point.
< > High-temperature proton conductive materials containing nano-yttrium oxide containing up to % of nano-yttrium oxide can be used in the production of fuel cells, electrolytic cells and gas sensors that require high hydrogen solubility.
Packing: kg barrel, kg barrel