The main reasons why the compensator is attached to ceramics are as follows:
Enhanced wear resistance: Ceramic materials, especially alumina ceramics, have extremely high wear resistance. Adding wear-resistant ceramic sheets inside the compensator can effectively improve the wear resistance of the compensator, so that it can maintain a long service life in various complex working environments.
Improved Temperature Resistance: Ceramic materials generally have good high temperature resistance. Sticking ceramic sheets inside the compensator can help the compensator maintain stable performance in high temperature environment and avoid deformation or damage caused by temperature change.
Improved corrosion protection: Ceramic materials have good resistance to many chemically corrosive media. Sticking ceramic sheets inside the compensator can improve the anti-corrosion performance of the compensator, so that it can maintain stable performance even in corrosive media.
Noise Reduction and Vibration Reduction: Ceramic materials have high hardness and density, which can absorb and reduce vibration and noise in pipes. Sticking ceramic sheet inside the compensator can further improve the noise and vibration reduction performance of the compensator and improve the operation stability of the pipeline system.
In summary, the compensator is attached with ceramics mainly to improve its wear resistance, temperature resistance, corrosion resistance and noise reduction and vibration reduction performance. These improvements can allow the compensator to maintain stable performance in a variety of complex working environments, prolong its service life and reduce maintenance costs.