A sway bar link is an auxiliary elastic component in automotive suspension.
Function: To prevent excessive lateral tilting of the vehicle during turning and to maintain balance as much as possible. The purpose is to prevent cars lateral tilting and improving smoothness.
A sway bar link is an auxiliary elastic component in automotive suspension. Function: To prevent excessive lateral tilting of the vehicle during turning and to maintain balance as much as possible. The purpose is to prevent cars lateral tilting and improving smoothness.
Supplier: Auto spare part |steering and suspension parts, tie rod end, ball joint, axial joint | rack end, sway bar link, stabilizer bar link
Supplier: Steering and suspension components - tie rod assemblies, ball joints, drag link assembly, inner and outer ball joints, control arms, wishbones, stabilizer, sway bar link assemblies, torque rods, a / v frame
Buyer: Forgings
Supplier: Suspension parts, ball joint, tie rod end, rack end, idler arm, control arm, sway bar link, drag link, cross rod assembly, pitman arm, side rod assembly
Supplier: Suspension parts, steering parts, chassis parts, ball joint, tie rod end, rack end, control arm, drag link, stabilizer link, sway bar, pitman arm, side rod, idler arm
The steering rod is an important component in the steering mechanism of a car. It plays a role in transmitting motion in the steering system, directly affecting the stability of the car's handling, the safety of operation, and the service life of the tires.
The piston ring is usually made of wear-resistant and oil resistant materials, such as polytetrafluoroethylene (PTFE), to ensure its excellent performance even in harsh working environments.
Main features: Protect the shock absorber piston rod from the impact of rocks and debris. Remove the shock absorber during the compression process. Made of durable, wear-resistant, impact resistant, and UV resistant materials such as HDPE or nylon. High cost-effectiveness and easy installation. Material: HDPE, NYLON
Main features: Ensure oil and gas separation and avoid foaming Proactively prevent cavitation and improve overall impact performance Provide consistent damping to achieve optimal traction and control Helps extend the service life of shock absorbers Material: NBR, HNBR