Guide bearings made from conventional materials often encounter issues such as wear, vibration, seizure, cracking, and adhesion during operation, leading to component damage or even forced shutdowns.
Guide bearings made from conventional materials often encounter issues such as wear, vibration, seizure, cracking, and adhesion during operation, leading to component damage or even forced shutdowns.
Our company has developed a new type of guide bearing made from a self-lubricating material using the conveyed medium. This innovation addresses the following common problems:
Wear, erosion resistance, and corrosion resistance: Conventional materials often fail to meet the operational demands in these areas.
Thermal expansion and contraction: The design clearance of dynamic and static parts can be compromised due to the effects of temperature changes.
Cracking under extreme conditions: Special operating conditions, such as extreme cold or heat, can cause the material to crack.
These guide bearings are mainly used in turbines, large vertical pumps, and similar equipment, offering enhanced durability and reliability.