Yttria-stabilized Zirconia nanopowder for sintering ceramics and structure

High-purity ultrafine composite yttrium stable zirconium oxide powder used as basic raw materials for making zirconium ceramics, high standard refractory material, optical communication devices, new energy materials.

high quality zirconia powder as excitation sintering additive

Supply bulk electronic ceramics Zirconia powder ZIRCONIUM DIOXIDE

heat-resisting material zirconia oxide nano powder

Factory price ceramic insulating material ZrO2

As Lubricant Additive Nano Zirconium Dioxide Powder

Yttria Stabilized Zirconia(YSZ) powder used in oxygen measuring device(oxygen sensor) of coal-fired power plants.

China factory directly Supply 3YSZ stabilized zirconia dental powder and dental block at good price.

Hongwu Internationg Group Ltd supply zirconium dioxide nanopowder with 60-80nm with 99.9%. 0.3-0.5um and 1-3um ZrO2 powders are also available.

In yttrium-added zirconium oxide, yttrium oxide is used as a stabilizer, and this material is mainly a tetragonal structure. It has the highest flexural strength of all zirconia materials, especially when sintered and pressed. Yttrium stabilized zirconia has fine grains and is suitable for use in cutting tools due to its high wear resistance. It is used to cut a very sharp corner part. The excellent crystal grains make the produced ceramics dense, without many pores, and have excellent mechanical strength, corrosion resistance, impact toughness, thermal shock resistance and extremely low thermal conductivity. Because of these characteristics, yttrium stabilized zirconia is mainly used in wear-resistant parts, cutting tools and thermal barrier coatings.

Our silicon nitride powder is in alpha phase, high purity from 99.9%-99.99%, widely used in ceramic materials.

Superfine Boron Nanoparticles is available for 100-200nm with 99%. Amorphous B Powders can be used in various fields. Mircon size 1-2um B powder is also supplied. Quick delivery, competitive price of amorphous Boron particles are offered by Hongwu Nano.