FlMA Suspension Parts

Suspension Parts

FIMA suspension components are built on stability, reliability, and precise fitment.

With premium materials and strict process control, we deliver durable and safe chassis solutions for customers worldwide.

Category Features

FIMA suspension components cover the key load-bearing and damping parts of a vehicle’s chassis.

Our core product range includes control arms, ball joints, stabilizer links, bushings, strut mounts, coil springs, and more. These components directly affect vehicle stability, handling, and ride comfort—and they are high-wear items that require regular replacement.

At FIMA, we uphold strict standards for every suspension product:

Robust materials for structural parts (high-strength steel)

Stable and durable rubber formulas for bushings

Precise assembly for complete units (accurate alignment of ball joints and bushings)

Our promise is simple: every product you receive is built to be durable, reliable, and free from repeat repairs.

Applications

FIMA suspension components are compatible with:

Major global vehicle platforms (Japanese, American, European, Korean)

Passenger cars, SUVs, light trucks, and commercial vehicles

The automotive aftermarket

Fleets, repair shops, and retail distributors

Whether it’s routine maintenance, accident-part replacement, or a complete suspension overhaul, FIMA ensures stable supply and consistent, standardized quality.

Key Advantages

1. Premium Materials for Extended Service Life

Control arms made from high-strength stamped steel or aluminum alloy

Bushings formulated with fatigue-resistant rubber compounds

Ball joints built with hardened wear-resistant steel balls and reinforced housings

These materials ensure consistent performance even under high temperature, heavy load, and intense vibration conditions.

2. Precise OE-Level Fitment

Every component is developed based on OE specifications, ensuring direct installation with no extra adjustments—reducing labor time and increasing workshop efficiency.

Core Manufacturing Processes

1. Metal Forging / Stamping (Control Arms & Intermediate Components)

High-tonnage stamping

Precision welding

Anti-corrosion surface coating

2. Rubber Bushing Vulcanization

Automated compound mixing

Multi-stage vulcanization

Strong bonding between metal and rubber

This ensures bushings remain intact and deformation-free under heavy loads.

3. Ball Joint Machining & Assembly

CNC precision machining

Hardening and polishing treatment

Dust boot sealing inspection

Designed for excellent wear resistance, impact strength, and long service life.

4. Complete Assembly Testing

Each assembly undergoes:

Torque testing

Pull-out strength testing

Swing durability testing

Ensuring every delivered product is stable, reliable, and ready for installation.

Custom Options

FIMA offers a range of customization services to meet the needs of different markets and brand owners:

Brand customization (logo, packaging, color boxes)

Vehicle-specific product development

High-durability rubber formulations for extreme high- or low-temperature environments

Large-scale project development for fleets and targeted market programs

Customized surface treatments (color, plating, coating)

These services help our partners achieve greater differentiation and competitive strength in their markets.

Code	Part Name	Picture	Function	Material	Replacement Rate	Remark
SU001	Control Arm		Connects the wheel to the vehicle body, maintains wheel alignment, and supports suspension movement.	Steel / Aluminum Alloy	★★★★☆	High-risk wear item; prone to bending and commonly replaced after accidents.
SU002	Ball Joint		Provides rotational linkage during wheel vertical movement	Alloy steel + rubber seal	★★★★★	High-wear component with very frequent replacement demand
SU003	Control Arm Bushing		Reduces vibration, absorbs impact, and improves handling stability	Rubber + steel sleeve	★★★★★	Prone to heat aging and tearing; extremely high replacement frequency
SU004	Stabilizer Link		Connects stabilizer bar and reduces body roll	Steel + rubber	★★★★★	One of the most common wear-and-replace parts
SU005	Stabilizer Bushing		Secures stabilizer bar and absorbs vibration	Rubber	★★★★★	Noise often caused by rubber aging
SU006	Shock Absorber		Absorbs vibration and stabilizes the vehicle body	Steel body + hydraulic/ pneumatic structure	★★★★★	Lifespan varies by road conditions; commonly replaced part
SU007	Strut Mount		Connects the shock absorber to the vehicle body and absorbs vibration	Rubber + steel plate	★★★★☆	Highly consumable part; common source of noise
SU008	Strut Bearing		Allows the shock absorber assembly to rotate smoothly	Steel + plastic	★★★☆☆	Noise and sticking are common; high replacement frequency
SU009	Shock Absorber Boot Kit		Protects the piston rod from dust damage	Rubber / plastic	★★★★☆	Replaced together with the shock absorber
SU010	Leaf Spring		Supports vehicle weight and provides suspension elasticity	Spring steel	★★★★☆	Common in light trucks/pickups; high durability
SU011	Leaf Spring Bushing		Reduces friction and vibration between leaf spring and chassis	Rubber / PU	★★★★★	High-frequency wear part in commercial vehicles
SU012	Subframe		Supports suspension and steering systems; enhances structural strength	Steel	★★☆☆☆	Commonly replaced due to collision damage
SU013	Subframe Bushing		Reduces body vibration and improves handling stability	Rubber + steel sleeve	★★★★★	Aging causes vibration; replacement required
SU014	Adjustment Cam Bolt		Secures suspension components; some used for alignment adjustment	Alloy steel	★★★★☆	Prone to rust and deformation; often replaced with suspension
SU015	Control Rod		Controls longitudinal suspension stability	Steel	★★★★☆	Usage varies by vehicle design
SU016	Coil Spring		Supports vehicle weight and provides rebound force	Spring steel	★★★★☆	Elasticity loss or breakage requires replacement
SU017	Strut Assembly		Complete assembly of shock absorber + spring + mount	Steel body + spring + rubber	★★★☆☆	Replaced as a unit; highest repair efficiency
SU018	Stabilizer Bar		Connects the left and right suspension arms to reduce body roll during cornering, improving stability and handling performance.	Medium-carbon steel	★★☆☆☆	SUVs and off-road vehicles tend to wear stabilizer components faster due to heavier loads.