What are you looking for?
Operating Temperature: Can reach above 1000℃.
Operating Pressure: Suitable for medium to high-pressure conditions.
Characteristics: High hardness, high temperature resistance, wear resistance, corrosion resistance, and good insulation properties, but relatively brittle.
Alumina Ceramic Valve Seats
Alumina ceramic valve seats are known as the "wear-resistant warriors" in the industrial sector. In the mining industry, the process of conveying ores is filled with a large number of solid particles, which can cause severe wear to the valve seats. Due to their extremely high hardness and excellent wear resistance, alumina ceramic valve seats can maintain good performance in such harsh abrasive environments, significantly extending the life of the valve.
In the power industry, the high temperatures and high pressures of steam, as well as the abrasion from coal powder and other media, put stringent demands on valve seats. Alumina ceramic valve seats can not only withstand the tests of high temperature and high pressure but also effectively resist media wear, providing reliable assurance for the stable operation of power systems.
Silicon Nitride Ceramic Valve Seats
Silicon nitride ceramic valve seats shine in some special applications. In environments like liquid nitrogen handling, which involve low temperatures and high corrosion, ordinary valve seat materials often struggle to perform adequately. Silicon nitride ceramic valve seats, with their outstanding wear resistance and corrosion resistance, can maintain stable performance in the low-temperature environment of liquid nitrogen, effectively preventing liquid nitrogen leaks and ensuring the safety and stability of the liquid nitrogen handling process.
Zhaoqiang's titanium-based metal ceramic valve seats are designed for environments where traditional materials may fail due to high wear, chemical corrosion, or extreme temperatures.
In addition, Zhaoqiang's titanium-based metal ceramic valve seats are particularly important in industries such as aerospace, chemical processing, and high-performance automotive engineering, where components that are highly reliable and durable are required.
Furthermore, Zhaoqiang's titanium-based metal ceramic valve seats offer excellent sealing capabilities, representing a significant advancement in materials science. Their exceptional wear resistance ensures reliable operation in challenging environments.
