Wear resistant ceramic valves are mainly used in electric power, petroleum, chemical industry, metallurgy, mining, sewage treatment and other industrial fields, especially in the face of high wear, strong corrosion, high temperature, high pressure and other harsh conditions, ceramic valves show its excellent performance. Ceramic valves can meet the service environment of high wear and strong corrosion, especially their long service life. The performance price ratio of ceramic valves is far better than that of other similar metal valves. With the continuous development and progress of science and technology, the technology of ceramic materials from formula, molding, processing and assembly technology is more mature and complete. Ceramic valves are increasingly recognized by people in the valve industry for their excellent performance. The successful experience of manufacturing ceramic valves can also be applied to a wider range of engineering fields.

Structural features:

All parts in contact with the medium are structural ceramic materials, with extremely high chemical stability and hardness (Rockwell hardness hrc90), second only to diamond. Therefore, this valve has extremely high wear resistance, corrosion resistance, erosion resistance, good heat insulation and small thermal expansion. The ball is manufactured by advanced grinding equipment and technology, with high roundness accuracy and good surface quality. After being grinded with the valve seat, good sealing performance can be achieved by using the self lubricity of Zr02 ceramics. It completely changes the shortcomings of metal hard seal ball valve, such as easy leakage, large torque and non corrosion resistance of sealing surface. The good wear resistance of ceramics makes this valve durable and highly reliable Long service life, 2-4 times that of titanium alloy valve and Monel valve. For high hardness granular media, or soft particles but corrosive media, this valve has unparalleled absolute advantages, and is the only valve suitable for such media at present.

Application scope:

Wear resistant ceramic valves are mainly used in electric power, petroleum, chemical industry, metallurgy, mining, sewage treatment and other industrial fields, especially in the face of high wear, strong corrosion, high temperature, high pressure and other harsh conditions, ceramic valves show its excellent performance. Ceramic valves can meet the service environment of high wear and strong corrosion, especially their long service life. The performance price ratio of ceramic valves is far better than that of other similar metal valves. With the continuous development and progress of science and technology, the technology of ceramic materials from formula, molding, processing and assembly technology is more mature and complete. Ceramic valves are increasingly recognized by people in the valve industry for their excellent performance. The successful experience of manufacturing ceramic valves can also be applied to a wider range of engineering fields.

Structural features:

All parts in contact with the medium are structural ceramic materials, with extremely high chemical stability and hardness (Rockwell hardness hrc90), second only to diamond. Therefore, this valve has extremely high wear resistance, corrosion resistance, erosion resistance, good heat insulation and small thermal expansion.

The ball is manufactured by advanced grinding equipment and technology, with high roundness accuracy and good surface quality. After being grinded with the valve seat, good sealing performance can be achieved by using the self lubricity of Zr02 ceramics. Solenoid valve

It completely changes the shortcomings of metal hard seal ball valve, such as easy leakage, large torque and non corrosion resistance of sealing surface.

The good wear resistance of ceramics makes this valve durable and highly reliable. Its service life is 2-4 times that of titanium alloy valve and Monel valve.

For high hardness granular media, or soft particles but corrosive media, this valve has unparalleled absolute advantages, and is the only valve suitable for such media at present.