strut mount

Transmission Mount, also known as Gearbox Mount or Transmission Suspension, is an important component used to support and fix the gearbox. Its main functions include supporting the gearbox to prevent excessive displacement during operation and protect related components. It is usually equipped with rubber or other flexible materials to effectively reduce the vibrations generated during driving. It ensures the accurate alignment between the gearbox, engine and drive shaft, improving the transmission efficiency of the vehicle. By damping and isolating, it reduces the impact on the gearbox and prolongs its service life. According to different automotive designs and manufacturer requirements, transmission mounts can be divided into types such as front mounts, rear mounts, side mounts and composite mounts.

Center bearing supports are important components in the drive shaft system. They are used when the drive shaft is split into two or more sections. Serving as a junction on the drive shaft between the transmission and the differential, they allow the drive shaft to flex and relieve stress on other drive line components. Center bearing supports can effectively isolate structure-borne noise and vibration by damping resonance frequency and shaft tumbling. The bracket geometry of center bearing supports is optimized for weight reduction, and they can also be designed to act as a crash feature in case of an accident.

Bushing, also known as a liner or sleeve, is a common industrial component. It is usually used in mechanical equipment as an isolation or protection element between components. Bushings can reduce friction, bear loads, or prevent direct contact between parts, thereby improving the durability and efficiency of the equipment. They are made of various materials, such as metal, rubber, etc. In practical applications, bushings are usually in interference fit with the seat and in clearance fit with the shaft.

Engine Mount Product Introduction

The engine mount is a core load-bearing component connecting the engine to the vehicle frame, whose primary functions are to secure the engine in place and dampen vibrations and noise. It also bears the dynamic loads generated during engine operation, ensuring stable operation of the powertrain and enhancing driving comfort.

Made of high-strength alloy or composite rubber through integral molding, the product features excellent fatigue resistance and shock absorption performance. It can be precisely matched to the power parameters of vehicles with different displacements, effectively isolating vibration transmission during engine start-stop and high-speed operation, preventing resonance damage to the vehicle body structure, and extending the service life of the powertrain and surrounding components.

Transmission Mount, also known as Gearbox Mount or Transmission Suspension, is an important component used to support and fix the gearbox. Its main functions include supporting the gearbox to prevent excessive displacement during operation and protect related components. It is usually equipped with rubber or other flexible materials to effectively reduce the vibrations generated during driving. It ensures the accurate alignment between the gearbox, engine and drive shaft, improving the transmission efficiency of the vehicle. By damping and isolating, it reduces the impact on the gearbox and prolongs its service life. According to different automotive designs and manufacturer requirements, transmission mounts can be divided into types such as front mounts, rear mounts, side mounts and composite mounts.

Center bearing supports are important components in the drive shaft system. They are used when the drive shaft is split into two or more sections. Serving as a junction on the drive shaft between the transmission and the differential, they allow the drive shaft to flex and relieve stress on other drive line components. Center bearing supports can effectively isolate structure-borne noise and vibration by damping resonance frequency and shaft tumbling. The bracket geometry of center bearing supports is optimized for weight reduction, and they can also be designed to act as a crash feature in case of an accident.

Bushing, also known as a liner or sleeve, is a common industrial component. It is usually used in mechanical equipment as an isolation or protection element between components. Bushings can reduce friction, bear loads, or prevent direct contact between parts, thereby improving the durability and efficiency of the equipment. They are made of various materials, such as metal, rubber, etc. In practical applications, bushings are usually in interference fit with the seat and in clearance fit with the shaft.