Custom Air Spring Shock Absorber -Factory Direct Supply 5010266845A 5010313619A

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: 5010266845A 5010313619A
• Type: Pneumatic and Hydraulic Pressure
• Certification: TUV
• Quality: 100% High Quality
• Resistance Value: 1000-2300 N
• Mode of Transportation: Air or Ship
• OE Encoding: 5010266845A 5010313619A
• Transport Package: 45X8.5X8.5cm
• Specification: 2.500kg
• Trademark: HLT
• Origin: Xinxiang, Henan
• Production Capacity: 10000

Product Description

 

High quality	High quality steel&rubber material.
Perfect packing	To meet customers' different packaging requirements.
Prompt delivery	Deliver goods on time according to the negotiated time.
Excellent service	Solve your pre - and post-sale problems.

Function of Shock Absorbers
Cushioning Road Impact
Trucks traverse diverse and challenging terrains, from pristine highways to rugged rural paths, encountering numerous bumps along the journey. The quintessential role of shock absorbers is to mitigate these road-induced jolts. As wheels navigate over obstacles like bumps and potholes, the resultant instantaneous shock, if directly transferred to the vehicle's frame and cab, would expose the driver and passengers to intense vibrations and risk displacing or damaging cargo. Through a sophisticated internal damping mechanism, shock absorbers transmute impact forces into thermal energy, dispersing them efficiently and ensuring the vehicle maintains a stable and balanced posture.
Stabilizing Vehicle Posture
In the fast-paced world of trucking, high-speed driving, sharp turns, and sudden braking are routine scenarios. At high speeds, even minor road imperfections can jostle the vehicle; during turns, centrifugal force induces tilting; and abrupt braking triggers a forward nosedive. Premium shock absorbers skillfully counteract these destabilizing effects. With meticulously calibrated damping, they provide ample support and rebound forces, ensuring the tires remain in contact with the road for optimal grip, handling stability, and precise driver control.
Protecting Vehicle Components
Vibrations are relentless adversaries to vehicle parts, accelerating wear on the frame, suspension, and tires, and shortening their lifespan. This inevitably leads to costly frequent maintenance and replacements. Serving as protective barriers, shock absorbers effectively absorb and filter vibrations, significantly mitigating component wear and enhancing the vehicle's longevity, ensuring reliable, long-term truck operation.
Importance of Shock Absorbers
Improving Driving Comfort
For truck drivers embarking on long hauls, the cab is their sanctuary. A soothing driving atmosphere can alleviate fatigue, sharpen focus, and enhance response times, reducing fatigue-related accident risks. Top-notch shock absorbers excel at minimizing bumps, promoting a serene cab environment. Consequently, drivers can maintain peak mental acuity even after extended journeys, ready for subsequent tasks.
Ensuring Cargo Integrity
Transported goods, often valuable and occasionally fragile, rely on impeccable shock absorption to prevent damage. Inadequate shock absorption can cause goods to shift and collide within the carriage, arriving damaged. Shock absorbers stabilize the carriage, safeguarding goods from vibrational harm, crucial for fragile, precision, and high-value cargo, directly impacting the transport company's economic success and reputation.
Enhancing Driving Safety
A steadfast vehicle posture coupled with superb handling is the cornerstone of driving safety. During emergencies like pedestrian avoidance or abrupt braking, shock absorbers facilitate quick, controlled responses, preventing loss of control or skidding. On wet or snowy roads, they uphold tire traction, enabling trucks to navigate complex conditions safely, protecting drivers, cargo, and all road users.
Technical Details
Structural Design
Truck shock absorbers come in tubular or swing arm designs. Tubular types split into single and double-tube variants. Single-tube absorbers boast compactness, swift responsiveness, and superior heat dissipation, ideal for high-performance truck demands. Double-tube absorbers feature dual cylinders: an outer for oil and an inner for the piston, offering stable performance at moderate costs. Swing arm absorbers, prevalent in heavy trucks, leverage the lever principle to endure hefty loads, providing exceptional cushioning.
Working Principle
Harnessing the sophisticated principle of hydraulic damping, our shock absorbers are meticulously crafted with precision-engineered components, including a robust piston rod, a finely-tuned piston, a durable cylinder body, strategically placed valves, and high-grade oil. During the dynamic compression stroke, as the wheel experiences an upward bounce, the piston skillfully descends, resulting in an increased oil pressure in the lower chamber. This oil, following an orchestrated path, flows seamlessly through the flow valve, delicately nudging open the compression valve. This elegant choreography generates a subtle damping force, providing a gentle cushion to absorb the impact. In contrast, during the extension stroke, as the wheel gracefully returns to its original position, the piston ascends, causing a sudden surge in oil pressure within the upper chamber. Here, the extension valve opens, allowing the oil to circulate back. This process culminates in the creation of a more substantial damping force to expertly attenuate vibrations, artfully converting mechanical energy into thermal energy and efficiently dissipating it, ensuring a serene and smooth ride.
Key Parameters
Load-bearing capacity: Engineered with precision according to the truck's inherent weight and load specifications. Our heavy-duty truck shock absorbers boast a load-bearing capacity that reaches several tons, ensuring impeccable stability and flawless performance even under the most challenging and heavy pressure conditions.
Stiffness coefficient: Comprising both static and dynamic stiffness. Static stiffness is vital for maintaining the vehicle's posture during stationary conditions, while dynamic stiffness is key to adapting to ever-changing road dynamics, enabling the shock absorber to flexibly adjust damping, ensuring a smooth, responsive ride.
Damping ratio: Typically residing between 0.2 and 0.4, this crucial parameter is intimately tied to shock absorption efficiency. A judiciously chosen damping ratio facilitates rapid decay of vibrations, skillfully preventing excessive rebound of the vehicle body, thereby enhancing overall ride comfort and safety.