Nano zirconia is an important nanomaterial with strong thermal shock resistance, résistance aux hautes températures, good chemical stability, and excellent material properties
The material has outstanding composite properties and other characteristics. Its molecular weight is 123.22, melting point is 2397 ℃, high hardness, and it is insulated at room temperature
Body, but it has excellent conductivity at high temperatures.
Nano zirconia is an important nanomaterial with a wide range of applications. The following are some main application aspects:
1. High strength, high toughness, and wear-resistant products: Nano zirconia can be used to manufacture mill liners, cutting tools, drawing dies
Various sliding components such as hot extrusion molds, nozzles, valves, balls, pump parts, etc., typically require high strength to withstand
The excellent wear resistance of nano zirconia makes it an ideal material choice.
2. Ceramic products: Nano zirconia has a wide range of applications in functional ceramics, structural ceramics, electronic ceramics, and bioceramics
Universal application. Its unique physical and chemical properties make it a key material in these fields.
3. Electronic components: Nano zirconia is used as a manufacturing material for piezoelectric components, oxygen sensitive resistors, and high-capacity capacitors
Some electronic components play important roles in electronic devices and systems.
4. Coating material: Nano zirconia can be added as a functional coating material to coatings, which have anti-corrosion and resistance to corrosion
Bacterial action can improve wear resistance and fire resistance.
5. Refractory material: Nano zirconia can be used as an electronic ceramic sintering support plate, as well as the resistance to molten glass and metallurgical metals
Fire materials demonstrate their stability and reliability in high-temperature environments.
6. Other fields: Nano zirconia modified with silane can significantly improve the flexural strength of composite materials. De plus,,
Nano zirconia can also be used in the manufacturing of artificial gemstones, grinding materials, and in fields such as X-ray photography.