Product Details
Payment & Shipping Terms
Structure: |
Alien |
Chemical Inertness: |
High |
Tolerance: |
As Design Drawing Or OEM |
Hardness: |
9.0 Mohs |
Corrosion Resistance: |
High |
Shape: |
Pipe |
Dielectric Strength: |
9.5 KV/mm |
Thermal Expansion Coefficient: |
10.5 X 10^-6/K |
Biocompatibility: |
Excellent |
Density: |
6.0 G/cm3 |
Type: |
Ceramic Parts |
Application: |
Industrial Ceramic |
Transparency: |
Opaque |
Blade Material: |
Zirconia Ceramic |
Modulus Of Elasticity: |
205 Gpa |
Structure: |
Alien |
Chemical Inertness: |
High |
Tolerance: |
As Design Drawing Or OEM |
Hardness: |
9.0 Mohs |
Corrosion Resistance: |
High |
Shape: |
Pipe |
Dielectric Strength: |
9.5 KV/mm |
Thermal Expansion Coefficient: |
10.5 X 10^-6/K |
Biocompatibility: |
Excellent |
Density: |
6.0 G/cm3 |
Type: |
Ceramic Parts |
Application: |
Industrial Ceramic |
Transparency: |
Opaque |
Blade Material: |
Zirconia Ceramic |
Modulus Of Elasticity: |
205 Gpa |
Zirconia (ZrO₂) precision ceramics have emerged as a premier advanced material due to their exceptional combination of properties. With outstanding mechanical strength (flexural strength ≥1000MPa), remarkable fracture toughness (8-10 MPa·m¹/²), and excellent biocompatibility (ISO 13356 certified), this material delivers unparalleled performance across medical, electronics, and industrial applications.
In biomedical fields, zirconia ceramic dental restorations achieve both natural aesthetics (45-50% light transmission) and clinical longevity exceeding 10 years. For consumer electronics, its superior dielectric properties (ε=28-32) and impact resistance make it ideal for 5G-enabled devices. Industrial applications benefit from zirconia precision bearings that maintain reliable performance under extreme operating conditions.
We offer end-to-end solutions from material development to finished products, utilizing advanced processes like hot isostatic pressing and precision polishing to deliver customized high-performance components. Choosing zirconia precision ceramics means selecting a future-proof material that perfectly balances strength, aesthetics, and reliability.