Overview of steering knuckles for automotive components

In the current economic development, the number of vehicles purchased by people and used for transportation is increasing day by day, resulting in an increase in vehicle production year by year.In the production of automobiles, the production of automotive parts plays an important role.Steering knuckle is one of the key links in the production of automobile parts. It is not only related to the production of automobile, but also to the performance, safety and service life of automobile.In recent years, domestic research on production technology of steering knuckle device has been gradually developed, and various technologies have been comprehensively applied to improve production efficiency and quality of steering knuckle. Here are several application technologies of steering knuckle.

The steering knuckle is a key component of the wheel, which is responsible for timely steering of the wheel. The knuckle connects with the body through bushings and bolts to support and drive the front wheel pin to turn, thus steering the vehicle.During the installation of the steering knuckle, in order to reduce steering wear, there is also a certain amount of lubricant in the main pin hole of the steering knuckle, which can make the steering flexible.An adjusting shim is also fitted on the steering knuckle and a certain range of clearance can be guaranteed by replacing shims of different thicknesses.In the manufacturing process of steering knuckle, due to the special shape and complex structure of steering knuckle, high precision and position are required in the manufacturing process. Therefore, the application of production technology of steering knuckle is very critical.

In the manufacturing process of steering knuckle parts, the steering knuckle acts as a support and drives the front wheel to rotate, thus realizing the functions of steering in direction and braking.Optimizing the processing and application of steering knuckles can greatly improve the manufacturing technology and efficiency of the workshop, and at the same time, optimize the vehicle performance.