Suspension system:

Springs are the core components of the automobile suspension system, mainly used to absorb the impact force when the wheels come into contact with the ground. Suspension springs can effectively reduce the vibration caused by uneven roads, keep the vehicle stable, and improve ride comfort and handling performance.

Common springs in the suspension system include coil springs, gas springs, and leaf springs.

Shock absorption system:

When the springs work together with the shock absorbers, they form the shock absorption system of the car. The springs are responsible for absorbing the impact force of the road, and the shock absorbers convert it into heat energy through hydraulic or pneumatic means, thereby reducing the vibration of the vehicle.

This system not only improves the stability of the car's driving, but also reduces the noise inside the car.

Seat adjustment:

Springs are widely used in the adjustment system of car seats, providing elastic support to help the seats stay comfortable in different postures. The springs in the seats can adjust the hardness and elasticity to ensure comfort during long-term driving.

For example, the gas springs of the seats are used to adjust the seat height, angle, etc. to ensure the best sitting posture for the driver and passengers.

Gas springs:

In the trunk, doors, hood and other parts of the car, gas springs are used to help open and close and support. Gas springs can provide smooth support force, allowing doors, trunks, etc. to open and close automatically, reducing the operating burden.

Some adjustment parts in the car, such as seat back angle adjustment, may also use gas springs to achieve smoother and adjustable movement.

Clutch and brake system:

Springs are also used in clutch and brake systems. Clutch springs are used to maintain appropriate pressure between the clutch plate and the flywheel to ensure smooth connection and disconnection of the clutch.

Springs in the brake system help reset the brake pads and ensure the normal operation of the brake system.

Engine parts:

Springs are also used in car engines, such as valve springs, which control the opening and closing of the valves. Valve springs ensure the movement accuracy of the valves through elastic force during the operation of the engine to ensure the normal operation of the engine.

Safety system:

In the car airbag system, springs are used to trigger the deployment of airbags. Specific sensors and control systems work with springs to ensure that the airbags can be quickly activated in the event of a collision to provide occupant protection.

Power system:

In the powertrain of the car, springs are used to control and transmit power. Springs are often used in key components such as torque supports and clutch springs in automobiles to help control and buffer the impact of the vehicle's transmission system and enhance transmission smoothness.

In summary, springs in the automotive field not only improve the comfort and stability of vehicles, but also play an important role in power, control, safety and other aspects.