The Superior Choice of Friction in the Automotive Industry


Time:

2024-07-11

Application of Friction Gasket in Automobile Industry Power transmission system: In the power transmission between the crankshaft, sprocket and shock absorber, the diamond friction gasket can realize stable and efficient torque transmission to ensure smooth and reliable power transmission. Connecting parts: When the camshaft and the housing are connected, it can reduce the wear caused by vibration and impact and extend the life of the connecting parts. Chassis and suspension system: When applied to the sub-frame and chassis, it can be installed on the sub-frame as a suspension bracket or steering rod to provide stable support and connection to ensure stable and safe driving.

The Superior Choice of Friction in the Automotive Industry

Application of Friction Gasket in Automobile Industry

Power transmission system: In the power transmission between the crankshaft, sprocket and shock absorber, the diamond friction gasket can realize stable and efficient torque transmission to ensure smooth and reliable power transmission.

Connecting parts: When the camshaft and the housing are connected, it can reduce the wear caused by vibration and impact and extend the life of the connecting parts.

Chassis and suspension system: When applied to the sub-frame and chassis, it can be installed on the sub-frame as a suspension bracket or steering rod to provide stable support and connection to ensure stable and safe driving.

 

Challenges and Solutions for Hybrid and Electric Vehicles
With the development of hybrid and electric vehicles, reducing the weight and size of bolt connections is a key challenge. Because this type of vehicle requires higher energy density and more compact design, the traditional bolt connection scheme may be difficult to meet. At this time, the application of diamond friction gasket is an excellent and cost-effective solution, which can not only provide stable and efficient torque transmission, but also reduce the weight and size of the system to meet its lightweight and compact requirements.