Application
- For wind power: wear reduction, torque increase, and power density improvement.
- For aerospace equipment: anti-shear torsion, anti-loosening, and anti-slip protection.
- For automotive transmission: torque increase, weight reduction, and NVH performance improvement.
- For precision machinery: vibration reduction, weight reduction, and safety buffering enhancement.
- Various friction-increasing mating surfaces.
Advantages
- Significantly increase the friction coefficient to transmit greater torque in bolt connections.
- Prevent static connectors from withstanding high shear forces.
- Improve transmission system efficiency and torque density.
- Reduce the number of components to achieve lightweighting.
- Optimize and simplify the design to enhance design flexibility.
- Simplify assembly and facilitate disassembly and maintenance.
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