Fine ceramics zirconia (ZrO2) compatible with complex shapes
Zirconia 3 mol, Zirconia 8 mol
Among fine ceramics, it is widely used in areas where mechanical strength and durability are particularly required. It is also suitable for use at high temperatures, which was previously a drawback.
Zirconia is widely used as a material with excellent toughness at room temperature, making it suitable for parts that require impact resistance and wear resistance, and it is also used as an electrolyte for oxygen sensors. However, a drawback is that its structure changes with temperature fluctuations, making it unsuitable for high-temperature applications. We offer fully stabilized (8mol) zirconia that can be used at high temperatures, as well as black zirconia for halation prevention. Additionally, we leverage the thermal expansion rate of zirconia for integration with metals and macor, and we accept complex shape processing based on our long-standing experience in ceramics processing. Please feel free to contact us.
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basic information
〈Zirconia Physical Properties Table〉 Density ... 6.0 g/cm³ Volume resistivity ... 10¹⁰ to 10¹³ Ω·cm Linear expansion coefficient ... 95 (×10⁻⁷)/℃ (for 8 mol: 105) Thermal conductivity ... 3 W/m·℃ Vickers hardness ... 12.7 GPa Bending strength ... 1200 MPa (for 8 mol: 600) Compressive strength ... 2800 MPa (for 8 mol: 1900) Young's modulus ... 196 GPa (for 8 mol: 225)
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Applications/Examples of results
- Bearing components - Nozzle - Collet - Grinder components - Optical connector components - Tooling
Company information
● Handling of various high-performance materials such as ceramics and super engineering plastics ● Prototypes available from one piece ● Short delivery times ● Combination parts of ceramics and resins are also possible We handle a variety of high-performance materials, including "Macor," which has a 40-year track record. Based on our processing achievements and extensive adoption in various industries, we accurately and swiftly resolve issues and concerns.
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