High Active Electronic Materials Rare Earth Nano Yttria Powder

                                                        High Active Electronic Materials Rare Earth Nano Yttria Powder

Spec; 80-100nm, 99.5%, we could also do micron size 1-3um.

Application for nano yttria powder:

1. The rare earth oxides - nanometer yttrium oxide because of the unique spectral properties and physical and chemical properties, widely used in ceramic materials, fluorescent materials, solid electrolytes - gas-sensitive materials, superconductors, petroleum cracking catalyst, vehicle exhaust purification and catalysis. Rare earth yttrium oxide nano-particles that exhibit optical, electrical, magnetic, mechanical and chemical characteristics, to improve its performance leap, its use has yet to be exploited.

2. Nanometer yttrium oxide particle size is small, highly active, with a strong light, electrical and magnetic properties, superconductivity, high chemical activity, greatly improving the material properties and functions, applications in optical materials, crystal materials, magnetic materials , electronic ceramics, engineering ceramics, catalysts and other high-tech fields. Especially in ceramic applications, nano yttria ceramics is a very wide range of functional materials can be used as high-temperature infrared and electronic materials.

3. Nanometer yttrium oxide is a very broad application of ceramic materials, nano yttria and can sinter at lower temperatures as zirconia ceramics, high strength and toughness, can be used as cutting tools and wear parts, too It can be made of a ceramic engine parts. In addition, rare earth yttrium oxide nanomaterials can be incorporated into ordinary ceramic powder, forming an inorganic ceramic coating wax on the ceramic substrate, instead of polytetrafluoroethylene organic film, made of heat-resistant, lead-free, non-stick cookware ceramics for daily use.

4. Add the nano yttria zirconia has a high melting point, high thermal conductivity ceramic lower toughness, good corrosion resistance, thus becoming the first choice of thermal barrier coatings.