Design Features
High Temperature Resistance
Zirconium oxide ceramic shafts, locating plungers, and other precision ceramic products possess excellent high temperature resistance,
enabling them to operate stably for extended periods in high-temperature environments without easily deforming or burning, making them
suitable for high-temperature working environments.
Wear Resistance
These precision ceramic products exhibit excellent wear resistance, remaining stable under high-speed rotation and high-load operation,
resisting wear and extending equipment lifespan.
Corrosion Resistance
Due to the chemical stability of zirconia ceramics, these precision ceramic products possess excellent corrosion resistance, enabling them to
operate stably in corrosive media for extended periods without easily suffering corrosion damage.
High Frequency Characteristics
Special ceramic locating plungers and other precision ceramic products possess excellent high-frequency characteristics, remaining stable
under high-frequency vibration and impact, resisting fatigue fracture, and making them suitable for high-frequency working environments.
Application areas
Motor Manufacturing
Precision ceramic products such as zirconia ceramic shafts and wear-resistant, high-strength motor shafts are commonly used in motor
manufacturing. They improve motor efficiency and reliability, making them suitable for high-speed rotation and high-temperature operating
environments.
Pump Manufacturing
Precision ceramic products such as pump shafts are commonly used in pump manufacturing. They improve the wear resistance and
corrosion resistance of pumps, making them suitable for handling corrosive media and high-temperature liquids.
Mechanical Transmission
Precision ceramic products such as high-frequency, high-temperature special ceramic positioning plungers are commonly used in
mechanical transmission. They improve the stability and reliability of transmission systems, making them suitable for operation in
high-frequency vibration and high-temperature environments.
