The purpose and advantages of the
electric tailgate balance friction gas spring are mainly reflected in the opening and closing process of the car trunk (tailgate). This design is common in the tailgate systems of some modern cars. Car tailgates are usually relatively heavy, especially for SUVs, sedans and other types of vehicles. The friction gas spring system can help balance the weight of the tailgate, making it easier for users to open or close the tailgate.
Due to the better balance of the tailgate, users will be more relaxed when using the electric tailgate and do not need to use too much force to close the tailgate. This can improve the convenience of use, especially for scenes that require frequent use of the trunk, such as shopping, carrying items, etc. The friction gas spring system can improve the controllability of the tailgate, making the tailgate more stable during the opening and closing process and reducing the occurrence of accidents. This is especially important for vehicles with children or elderly people riding in them, as it can reduce the risk of accidental injury.
Through the friction gas spring balance system, the impact and vibration experienced by the tailgate when opening and closing can be reduced, thereby extending the service life of the tailgate and related parts and reducing the frequency of maintenance and replacement. The design of the electric tailgate's balanced friction gas spring makes the use of the car's tailgate more convenient and safer, and helps extend the service life of the tailgate, improving the comfort and practicality of the entire vehicle.
The electric tailgate balance friction gas spring is a device commonly found in automobile tailgate systems. It achieves tailgate balance and control by controlling the movement of the piston rod and steel pipe. The force value range that the gas spring can output is -400N to 800N. This means that the gas spring can provide force from negative (compression state) to positive (tension state), with the force ranging from 400N to 800N.
The diameter (φ) of the piston rod is 8mm, while the diameter of the steel tube is 18mm. These dimensional information are important parameters to be considered when designing gas springs, and they are closely related to the structure and performance of the gas spring. Designers can choose the appropriate gas spring based on the weight, shape and usage scenarios of the car's tailgate. By adjusting the compression and tension of the gas spring, the balance and control of the tailgate can be achieved, making the tailgate operation easier and smoother when opening and closing.