What is the depth design of Anti-Vibration Bolt

The depth design of Anti-Vibration Bolt refers to the groove or special structure on the bolt that can be adjusted in depth according to specific application requirements. This design allows the bolt to select the best tightening depth and gasket expansion according to actual conditions when installing, thereby ensuring that the bolt can still maintain a stable tightening force in a vibrating environment.

1. Advantages of depth design
High flexibility: The depth design allows Anti-Vibration Bolt to adapt to different working environments and tightening requirements. Whether it is a shallow tightening or a deep tightening occasion, the groove depth can be adjusted to meet the needs.
Good tightening effect: By adjusting the groove depth, it can be ensured that the gasket can be flush with the thread, lower than or protruding from the thread after installation, thereby achieving the best tightening effect. This design can effectively prevent the bolt from loosening during vibration and improve the stability of the equipment.
Extended service life: Since Anti-Vibration Bolt has excellent anti-vibration performance, it can reduce the damage to the equipment caused by vibration and extend the service life of the equipment.

2. Implementation of depth design
Groove depth adjustment: During the manufacturing process, the depth of the groove on the bolt can be adjusted according to actual needs. Shallow grooves are suitable for occasions where shallow tightening is required, while deeper grooves are suitable for occasions where deep tightening is required.
Gasket selection: Anti-Vibration Bolt is usually equipped with expandable lateral sealing gaskets. These gaskets can be selected according to the depth of the groove to ensure that they can be flush with the thread, below or protruding from the thread after installation.
Installation process: During the installation process, it is necessary to follow the prescribed process to ensure that the bolts and gaskets can be properly installed in the equipment. This includes appropriate preload, correct installation sequence and proper lubrication.