High-Performance Zirconia Plates for Tough Applications
- Exceptional strength and fracture toughness for the most rigorous applications.
- High temperature stability with a maximum use temperature of 1500℃.
- Superior wear resistance and corrosion resistance, greatly extending the product life span.
- Low thermal conductivity with excellent thermal insulation.
- High density of 6.0 g/cm³ for enhanced durability and low porosity.
- Manufactured to high precision with close tolerances.
- Available in various sizes and finishes to suit your needs.
High-Performance Zirconia Ceramic Plates for Critical Applications
Explore our series of Zirconia Plates, designed with high-performance to meet the most demanding requirements of your applications.
Deliver exceptional strength and hardness in a lightweight, perfect for accurate components in weight-sensitive or space-limited designs.
By using yttria as a stabilizer, toughness and thermal shock stability are maximized. Especially ideal for harsh environments with sudden temperature changes.
Providing stable support under hot environmental conditions. Ideal choice for sintering other precision metal or ceramic components with consistent product form and quality.
Used as a robust support base for products in kilns. The high thermal stability and thermal shock resistance prevent deformation and sticking during high-temperature firing processes.
Superior electrical insulation, low thermal conductance and good mechanical strength, with a stable base for high power and high frequency use.
Provide a large, highly flat surface, suitable for applications that require covering a large area or serving as structural components. Its exceptional wear and corrosion resistance ensure lasting use.
Zirconia Plates for Various Industries
Zirconia plates are materials that perform very well in harsh environments in many industries. Their high strength and thermal stability make them ideal materials for very important parts.
Industrial and Mechanical EngineeringFor wear components, shafts, plungers, and seal systems in machinery.
Automotive IndustryUtilized for high-strength and high-wear components in critical engine and structural parts.
Electronics and SemiconductorsServes as substrates for integrated circuits, insulation components, and solid-state battery parts.
High-Temperature RefractoriesIdeal for use as insulation slabs and components in industrial furnaces and sintering environments.
Chemical and Metallurgical IndustryFor rugged service in aggressive, corrosive, and chemical processing applications.
Energy SectorUsed in solid-state battery components and other energy-related applications requiring stability.
Why Choose Newthink Zirconia Plates?
We are committed to providing our clients with Zirconia Plates products and solutions. We offer you significant advantages to ensure the success of your project.
Our Zirconia plates provide high fracture toughness and bending strength, ideal for long-lasting durability in tested solutions for demanding applications dealing with extreme stress situations.
The plates are made to withstand heat up to 1500℃ without compromising their integrity even in the most demanding high-heat industrial environments.
There is a large degree of customization available in size, shape and surface finishes. We can offer you a solution that meets the exact specifications of your application.
Our dedicated professionals inspect every product carefully before you receive it to ensure our clients receive the highest standards of quality.
All our production capabilities are ISO certified so that you can rely upon quality and consistency every time you place an order.
Our links with supply enable us to produce large volumes of Zirconia plates stably. We will ensure you meet your project deadlines.
Zirconia Plates Production Workshop
At Newthink, our Zirconia Plates production workshop reflects our 14 years of industry expertise. We have the latest ceramic processing tools and cutting-edge measuring systems, which allow us to guarantee outstanding dimensional accuracy at every step in the process. In our clean well well-thought-out space, we can produce consistently stable, high-quality Zirconia Plates, thus eliminating the worry you may have regarding accuracy and reliability.
Zirconia Plates with Outstanding Thermal Insulation
Our Zirconia Plates have low thermal conductivity, making them a premium thermal insulation product. This property is key in applications where controlling heat is needed, such as in industrial furnaces or any high-temperature process. They are designed to retain thermal stability and protect vulnerable pieces from heat damage, to provide a workable and reliable solution to temperature-related issues.
Industrial-Strength Zirconia Plates for Industrial Engineering
Our Zirconia Plates are engineered with outstanding mechanical strength, possessing up to 1150 MPa flexural strength and 2500 MPa compressive strength. Their superior fracture resistance enables them to withstand intense pressure and constant impact without being damaged. Increased durability makes them the ideal choice for rugged industrial usage. With our high-strength Zirconia Plates, you ensure the longevity of your important parts.
Corrosion-Resistant Zirconia Plates for Chemical Application
Zirconia Plates have excellent chemical corrosion resistance. Inertness enables them to endure extended exposure to wide ranges of acids, alkalis or other corrosive media without sustaining damage. It is the main property that maintains our plates in structural integrity even when constantly being attacked by chemicals, providing a rugged option for metallurgy and chemical processing equipment.
Common Silicon Carbide Heater Shapes
Explore the key technical specifications of our Zirconia Plates. This table details core parameters that define the material’s performance.
- Typical Parameters
- Performance Characteristics and Key Applications
| Parameter | Typical Value | Unit | Notes |
| Chemical Composition | 95% ZrO2, 5% Y₂O3 | – | Varies based on stabilizer type (e.g., Y-TZP, 3YSZ, 5YSZ) |
| Density | 6 | g/cm³ | High density, low porosity |
| Max Use Temperature | 1500 | ℃ | Suitable for high-temperature environments |
| Flexural Strength | 1150 | MPa | High fracture toughness and mechanical strength |
| Compressive Strength | 2500 | MPa | Exceptional strength for load-bearing applications |
| Vickers Hardness | 1200 | HV | Excellent wear resistance |
| Thermal Expansion Coefficient | 9.5 | 10-6/K | Low expansion for excellent thermal shock resistance |
| Thermal Conductivity | 2.5 | W/(m·K) | Good thermal insulation properties |
| Color | Primarily white, beige or yellow | – | Varies based on stabilizer type |
| Dimensions | Customizable | – | Available in various standard sizes and custom options |
| Thickness | Customizable | – | Available in various standard thicknesses and custom options |
| Surface Roughness | Ra 0.1 – Ra 0.5 | μm | Options include as-sintered, polished, or mirror polish |
| Property/Application | Description |
| Chemical Inertness | – Excellent chemical inertness. – Resistant to corrosion in harsh environments. – Suitable for high-purity applications. |
| Biocompatibility | – Highly biocompatible and non-toxic. – Used in medical and dental applications. – Found in prosthetics, implants, and scientific instruments. |
| Electrical Insulation | – Excellent electrical insulator. – Non-magnetic properties. – Ideal for electrical equipment and semiconductor components. |
| Thermal Shock Resistance | – Low coefficient of thermal expansion. – Provides excellent resistance to thermal shock. – Withstands rapid temperature changes. |
| Typical Applications | – Mechanical and Industrial Engineering: Wear-resistant parts. – Aerospace and Automotive: High-strength components. – Electronics: Substrates and insulators. – High-Temperature Refractories: Insulation. – Energy Sector: Components in solid-state batteries. |
Related Products
Good hardness and heat conductivity for applications in high temperatures.
Alumina PlatesAn economical ceramic with excellent electrical insulation and mechanical integrity.
Zirconia BrickExcellent thermal insulation and structural stability for furnace linings in industry.
The zirconia plate has good strength, toughness and good performance under severe environments. It is produced from high-purity zirconia powder that undergoes a sintering process. Zirconia plates are applied in a range of high-criticality industries such as industrial machinery, electronic insulating films, aerospace and high-temperature furnaces.
With our zirconia ceramic plates, you will realize unprecedented benefits. The fracture toughness and flexural strength of zirconia are significantly better than any other ceramic, so your components will perform better and take on a heavier impact. The low thermal conductivity and excellent wear resistance alleviate concerns regarding burnout, subsequent leaks and product failures, so you will extend the product lifecycle and minimize your maintenance costs.
The price of a zirconia plate depends on many factors like size, thickness, and quantity in an order, etc. We provide customized solutions, so we cannot provide an exact price. Feel free to contact our experts with your specs. We will be delighted to provide you with a detailed and accurate quotation.
There are other materials like alumina are used extensively, but the zirconia plate has specific advantages in some situations. Zirconia plates have higher thermal shock resistance and fracture toughness than alumina, which avoids cracking under high temperature and stress. With its flexural strength of 1150 MPa, our zirconia plate is well over twice as strong as alumina. It is less magnetic compared to metals, highly corrosion-resistant, and maintains its hardness of 1200 HV in temperatures where metal would degrade. Our zirconia plate is a solution that provides unequalled reliability for your parts.
