Zirconia ceramic special-shaped tube customized
Alias: Industrial ceramic threaded connection pipe
Description：
Customized zirconia (ZrO2) ceramic special-shaped tube, also known as industrial ceramic threaded connection pipe. These specific ceramic tubes are threaded in design, allowing them to be used as connecting elements in mechanical systems, providing high-quality seals and structural stability. The machining of threads requires high-precision manufacturing techniques to ensure precise matching and performance. They have a very smooth finish, which helps to reduce friction when fluids or gases pass through and improves overall flow efficiency.
Features:
Zirconia Ceramic Special-Shaped Tube Customized, Alias: Industrial ceramic threaded connection pipe, showcases the versatility of zirconia ceramics in industrial applications requiring wear resistance, high temperature resistance, and chemical stability.
— High wear resistance and high fracture toughness
The fracture toughness of zirconia ceramics is as high as 9 MPa·m1/2, combined with their high hardness (11.5GPa on Vickers), allowing these ceramic tubes to excel in environments subjected to mechanical stress and severe wear, maintaining long-term structural integrity.
— Precision thread design
The precision machining of the threaded section ensures a seamless fit with mechanical systems, providing a stable connection and excellent sealing for high-pressure and high-temperature applications.
— Excellent thermal stability
The thermal expansion coefficient of zirconia ceramics is 9.6×10-6/℃, which, combined with its thermal conductivity of 2.5 W/(m·K), provides excellent thermal stability, allowing these fittings to maintain their performance at high temperatures, making them suitable for thermal management systems.
— Smooth finish treatment
Fine surface treatment techniques result in a smooth surface for ceramic tubes, reducing hydrodynamic friction and improving system efficiency, especially in fluid transfer and handling applications.
— Customized size and shape
A wide range of complex shapes and sizes can be tailored to specific application needs, catering to specific mechanical and hydrodynamic requirements and enhancing the overall performance and adaptability of the equipment.
Applications:
- Chemical processing equipment
Due to their strong chemical resistance, zirconia ceramic tube fittings are particularly suitable for chemical reaction and treatment equipment for transporting corrosive chemicals.
- High-temperature industrial applications
For example, furnace tubes and heat exchangers, zirconia ceramics can withstand thermal shocks of up to ΔT250°C, ensuring safe operation at high temperatures
- Electrical insulation applications
It has high electrical insulation strength (greater than 10 KV/mm) and is suitable for high-voltage environments that require electrical insulation.
- Precision engineering and aerospace
In aerospace components that demand extreme precision and reliability, these custom ceramic tubes are widely used due to their excellent mechanical properties and wear resistance.
By combining the superior mechanical and thermal properties of zirconia ceramics, these customized ceramic profiled tubes provide a reliable and efficient solution for various industrial applications. Whether in chemical processing, high-temperature operations, or precision machinery, they provide the necessary durability and performance to meet stringent industrial standards and demands.
In the field of precision ceramic processing and customization, Fudong Machinery is committed to the production of various high-performance ceramic parts, including zirconia ceramics, silicon nitride, aluminum nitride and other products. These ceramic parts have excellent thermal stability, electrical insulation, high temperature stability and wear resistance, and are widely used in key fields such as aerospace, electronics, machinery, military industry, and automotive.
With its excellent performance and reliability, our products provide customers with key support and guarantees, helping them to improve production efficiency and optimize product performance.
