Suspension Linkages
Suspension linkages are critical components in a vehicle’s suspension system, connecting various parts like control arms, sway bars, and shock absorbers to manage wheel movement. These linkages help maintain proper alignment, improve handling, and absorb road impacts, ensuring a smoother ride and better vehicle stability. Common products include control arms, stabilizer links, and ball joints, often found in automotive and off-road vehicles. High-quality materials and precision engineering are essential for their durability and performance.
Radius / Torque / Control Rod
(Crimped Design)
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Radius rod assembly
In commercial vehicles, Radius rods are used to link the axle to the chassis and supports one axis direction. A portion of the uncontrolled motions resulting from the surface form of the road, acceleration and braking are dampened by the wheels and large part of these motions are transmitted by radius rod to the axle body. Radius rod helps axle stay in its position laterally, and improves the roadholding of the vehicle. Radius rod and V-link assembly have similar function in the similar vehicle.
V-Link / V-Rod / V-Stay
(Side mounting Design)
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V-link assembly
In commercial vehicles, V-links (V-rod) are used to link the axle to the chassis.
V-links support longitudinal and lateral loads and, in combination with two trailing links/torque rods, assume all axle control functions.
A portion of the uncontrolled motions resulting from the surface form of the road, acceleration and braking are dampened by the wheels. And large part of these motions are transmitted by torque rod to the axle body.
Torque rod and V-links has similar function in the similar vehicle. The V-Rod differs from torque rod is by being technologically more advanced and being linked to one joint.
Molecular Rubber Bushings 108mm
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Bush pin
Bush pins consists of rubber part molded around machined forging surface.
Vibration and shocks transmitted from the road surface are absorbed by rubber components, reducing the vibration transmitted to the chassis, and ensuring optimum link movement.
Resilience characteristics and durability of the rubber components are designed and validated for vehicle conditions
