Key Benefits of Zirconia Tile in Harsh Applications
Designed to meet the toughest industrial demands, Newthink zirconia tiles offer optimum performance and dependability in a range of operating conditions.
- Excellent flexural strength to 1250 MPa for structural stability
- Outstanding wear resistance with Vickers hardness of 1350 HV
- Sintering stability up to 1000 ℃ with excellent shock resistance
- Excellent chemical resistance against acids, alkalis and oxidation
- High-precision machinability provides ±005 mm tolerance for precision parts
Zirconia Tile Production Workshop
With over 14 years of experience in high-tech ceramics, Newthink is dedicated to accuracy and reliability in the process of manufacturing zirconia tiles. Our workshop is fully equipped with updated processing systems and strict quality control at each stage, which ensures accurate dimensions and stable performance. Our new, clean facilities are designed to ensure consistent quality, so each piece is produced with attention to strict industrial standards, which reduces unexpected risk.
Zirconia Tile for High-Performance Industrial Applications
Zirconia tiles find application in extreme uses in metallurgy, chemical processing and high-temperature engineering. With outstanding strength and excellent wear resistance, they offer a life manyfold higher than that of conventional ceramics. Their excellent thermal shock resistance and chemical stability ensure performance under corrosive and high-heat conditions. High density and machinability accuracy qualify them for structural and functional parts. With Newthink zirconia tiles, you reduce downtime, extend equipment life, and optimize operating efficiency.
Zirconia Tile with Heat, Wear and Corrosion Resistance
Built to be long-term resistant, zirconia tiles perform under extreme thermal and chemical conditions. They remain stable when rapidly quenched and cooled with a maximum service temperature of 800 ℃ and 300 ℃ thermal shock resistance. They possess a high Vickers hardness of 1350 HV, which is better for abrasion resistance under wear conditions, and good alkali and acid resistance offer corrosion protection. All these properties improve the efficiency of operations in terms of reduced maintenance frequency and consistent performance under harsh industrial conditions.
High-strength and Durable Zirconia Tile for Industrial Performance
Zirconia tiles offer enhanced strength and toughness for application in the most demanding industrial uses. Having 1400 MPa flexural strength and 3000 MPa compressive strength, they guarantee structural integrity under heavy loading with unfailing reliability. Enhanced fracture tolerance over traditional ceramics provides enhanced resistance to crack generation. Synergistic toughness and longevity reduce component failure and prolong service life. They are suited for use in high-stress applications in adverse environments.
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Zirconia Tile Technical Specifications
Explore the key performance data of zirconia ceramic tiles, which ensure reliable performance in high-temperature, corrosive and heavy-load industrial environments.
- Physical & Mechanical Properties
- Thermal, Electrical & Chemical Properties
| Parameter | Value |
| Density | 6.0-6.05 g/cm3 |
| Color | White/Ivory |
| Water Absorption | 0% |
| Flexural Strength | 800-1400 MPa |
| Compressive Strength | 2000-3000 MPa |
| Fracture Toughness | 6-12 MPa·m1/2 |
| Vickers Hardness | 1150-1350 HV |
| Young’s Modulus | 200-220 GPa |
| Parameter | Value |
| Max. Service Temperature (long-term) | 750-800 ℃ |
| Thermal Expansion Coefficient (20-400°C) | 9.6-10.2×10-6/℃ |
| Thermal Conductivity | 2.0-2.5 W/(m·K) |
| Thermal Shock Resistance | 250-300 ℃ |
| Acid Resistance (Excluding HF/H2SO4) | Excellent |
| Alkali Resistance (NaOH) | Resistant to 30% concentration (80 ℃) |
| Volume Resistivity (20°C) | >1013 Ω·cm |
| Dielectric Constant (1MHz) | 26-33 |
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Yes, zirconia ceramic tiles are very durable as one of the most durable in advanced ceramics. They have 1300 MPa flexural strength and as much as 3000 MPa compressive strength, as hard as high-strength alloy steel. Their fracture strength can be as much as 12 MPa·m¹/², a much higher number than alumina ceramics and making them much less likely to crack. With such hardness and wear resistance, zirconia tiles will tolerate abusive industrial service, reduce failure, and extend equipment life.
Yes, zirconia tile is very reliable under extreme temperature fluctuation. The standard zirconia withstands 250 – 400 ℃ of change in shock temperature, and the stabilized grades withstand over 600 ℃. It is several times higher than the 200 ℃ withstood by alumina ceramics. Having a low coefficient of thermal expansion and equal distribution of heat, it withstands cracking when subjected to rapid heating and cooling. They were tried at 1000℃ under water quenching and repeated quenching, and there was no failure in zirconia tiles, showing their durability in industries such as furnace linings and semiconductor devices.
Zirconia tiles have greater flexural strength, depending upon material grade and sintering. Yttria-stabilized zirconia is typically in the range of 900 – 1200 MPa. Hot isostatic pressed or nano-structured zirconia reaches 1200 – 1500 MPa. The extra strength is transferred directly to reliability under hostile conditions. From spray nozzle tips and pump valves to wear components under heavy loads, zirconia tiles retain their strength under pressure and resist cracking due to operating stresses. Their toughness and strength diminish the threat of failure and make them the industry’s material of choice.
Yes. For the superior mechanical properties, zirconia tile can be used in heavy-load and high-pressure environments. It has a flexural strength of 1250 MPa, a compressive strength of up to 2400 MPa and a good fracture toughness of up to 12 MPa·m1/2. Even under the most extreme level of stress, it will not fail or crack. With an elastic modulus of 220 GPa and its excellent thermal expansion, it is stiff enough to minimize thermal stress. Combined with excellent corrosion resistance, zirconia tile gives long life in aerospace, chemical processing, and heavy machinery applications.
Zirconia tile offers significant benefits to refractory and metallurgical processes by providing excellent high temperature resistance up to 2700 ℃ and excellent thermal shock resistance to reduce the possibility of cracking under sudden temperature changes. Dense and robust microstructure resists molten steel, slags, acids and alkalis, efficiently to prevent metal penetration and erosion for a longer service life. Zirconia tile can sustain very high mechanical stresses and wear by abrasion without altering its structure. Due to its low conductivity to heat, heat dissipation is also minimized, making the furnace efficient and energy-conserving. All these contribute to zirconia tile as an advanced product for continuous casting nozzles and high-performance furnace linings, enabling maximum production stability to be attained.
