DAOLER Friction Shims boast unique performance and a wide range of application fields.
DAOLER Friction Shims are high‑performance components mainly applied to critical joints in automotive, wind power, hydropower, aviation, robotics and other industries. Developed based on DAOLER’s advanced technologies and processes, they feature a special surface coating that delivers outstanding friction performance.
Thanks to their unique properties and broad application scope, DAOLER Friction Shims play a vital role across multiple industries. The main application fields are listed below:
**Aerospace Industry**
In aircraft structures and engines, DAOLER Friction Shims are used to fasten and protect critical joints. They effectively prevent bolt loosening, fatigue, slippage and joint failure, so as to guarantee stability and safety during aircraft operation. Furthermore, they are also essential for satellite systems. Deployed on satellite platforms, rotating mechanisms, robotic arms, antenna systems and other key assemblies, they ensure normal satellite operation.
**Wind Power Industry**
DAOLER Friction Shims are widely adopted in wind turbines. They can greatly reduce the weight and dimension of shaft‑hub connections while boosting maximum torque transmission. Higher performance can be achieved with compact‑size assemblies, without adding extra bolts or other fasteners. Besides, DAOLER Friction Shims serve critical connections such as the flange joint between main shaft and gearbox, as well as the flange connection between rotor blades and hub of wind turbines.
**Automotive Industry**
DAOLER Friction Shims are of great importance for automotive chassis, drive systems and precision robots. They improve vehicle performance, safety and reliability, withstand shear and torsional forces, and protect joints against damage.
**Other Industrial Sectors**
DAOLER Friction Shims are also extensively used in nuclear energy, shipbuilding, petrochemical and other industries. They provide firm support and protection to guarantee reliable and safe equipment operation.
In summary, with excellent performance and versatile application coverage, DAOLER Friction Shims offer reliable solutions for critical joints in various industries and drive industrial development and technological progress.
Thanks to their unique properties and broad application scope, DAOLER Friction Shims play a vital role across multiple industries. The main application fields are listed below:
**Aerospace Industry**
In aircraft structures and engines, DAOLER Friction Shims are used to fasten and protect critical joints. They effectively prevent bolt loosening, fatigue, slippage and joint failure, so as to guarantee stability and safety during aircraft operation. Furthermore, they are also essential for satellite systems. Deployed on satellite platforms, rotating mechanisms, robotic arms, antenna systems and other key assemblies, they ensure normal satellite operation.
**Wind Power Industry**
DAOLER Friction Shims are widely adopted in wind turbines. They can greatly reduce the weight and dimension of shaft‑hub connections while boosting maximum torque transmission. Higher performance can be achieved with compact‑size assemblies, without adding extra bolts or other fasteners. Besides, DAOLER Friction Shims serve critical connections such as the flange joint between main shaft and gearbox, as well as the flange connection between rotor blades and hub of wind turbines.
**Automotive Industry**
DAOLER Friction Shims are of great importance for automotive chassis, drive systems and precision robots. They improve vehicle performance, safety and reliability, withstand shear and torsional forces, and protect joints against damage.
**Other Industrial Sectors**
DAOLER Friction Shims are also extensively used in nuclear energy, shipbuilding, petrochemical and other industries. They provide firm support and protection to guarantee reliable and safe equipment operation.
In summary, with excellent performance and versatile application coverage, DAOLER Friction Shims offer reliable solutions for critical joints in various industries and drive industrial development and technological progress.
