Overview
| brand | Wumeng Precision Ceramics | model | 01-069 |
| series | packing | ||
| Part status | type | ||
| Number of layers | length | ||
| width | Thickness - Theory | ||
| size | basement | ||
| Suspension method | Minimum packaging quantity | ||
| colour | white | Processing customization | yes |
| specifications | Customized according to needs | Processing capacity | Precision machining |
| Saleable land | nationwide | material quality | Zirconia |
| Forming process | Isostatic pressure | purpose | Machinery, Photovoltaics, Metallurgy, Chemical, Electronics, Textile |
| performance | Wear-resistant, pressure-resistant, high-temperature, corrosion-resistant insulation | Batch number | twenty million two hundred and twenty thousand five hundred and seventeen |
| quantity | one thousand | encapsulation | Carton+foam |
| density | 3.85g/cm | hardness | nine |
| Sample cycle | 3 days | ||
Product Details
Zirconia ceramic
Zirconia ceramic is a ceramic material mainly composed of zirconia. In terms of structural ceramics, zirconia differs from traditional ceramics in that it has high strength, wear resistance, and flexibility, far surpassing most other technical ceramics. Zirconia is a very sturdy industrial ceramic with excellent properties in hardness, fracture toughness, and corrosion resistance.
Compared with metals, special ceramics are widely used in the field of structural ceramics due to their high toughness, bending strength, wear resistance, excellent insulation performance, and thermal expansion coefficient close to that of steel.
Density of zirconia ceramics:
The theoretical density of pure zirconia is 5.89g/cm3. However, pure zirconia ceramics are prone to cracking at around 1100 ℃, while adding yttrium oxide stabilizer can stabilize them at room temperature. So, the density of yttria stabilized zirconia is 6.05 (g/cm3)
Chemical formula of zirconia ceramic:
The molecular weight of pure zirconia is 123.22, the chemical formula is ZrO2, and the melting point is 2715 ℃. Usually contains a small amount of hafnium oxide, but has no significant effect on the performance of zirconia.
Zirconia ceramic hardness:
Zirconia is a very sturdy industrial ceramic with a hardness of over HV 1250. And its fracture toughness is very good, which can be used to make various cutting tools.
Performance of zirconia ceramics:
Density: 6.05 (g/cm3)
Hardness: Rockwell hardness HRA78
Excellent fracture toughness - impact resistance
High temperature resistance: 800 ° C
Melting point: 2850 ° C
Good friction performance
Resistivity: 108/Ω. m
Thermal conductivity: 20 ° C 2.0 W/(m.K)
Acid and alkali corrosion resistance
Bending strength: 800Mpa
Compressive strength: 2100MPa
Steel elastic modulus: 250GPa
The coefficient of thermal expansion is similar to that of iron
Application fields of zirconia ceramics:
Guide pillar guide sleeve, sealing ring, sealing sleeve, photovoltaic roller, valve core valve sleeve, bearing, sand mill accessories
Plunger quantitative pump, chemical experimental grinding bowl, pharmaceutical mold, medical and surgical components
Diaphragm cutter, welded insulation sheet, zirconia sensor for automotive exhaust gas
Watch bezel, mirror, phone back panel/fingerprint film/center frame, knife, bracelet, pendant, earphone, smart speaker
Testing instruments: plunger, standard gauge, testing needle
Wire forming/drawing molds, insulation rings during thermal processes, precision shafts in high wear environments, furnace treatment tubes
Wear resistant pads, thermocouple protection tubes, sandblasting nozzles, refractory materials, extrusion molds
Bushing and cover, kiln crucible, fiber optic ferrules and sleeves, wear-resistant cutting tools and blades
Fuel cell parts, bearings and rollers, welding nozzles and pins, laser parts
Gas igniters, electrical insulators, ceramic guides, oxygen sensors
Mechanical seals, pumps, pistons, and cylinder liners.