- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com
- Wanda Plaza, Jinan, Shandong, China
- +8617615809553
- info@deruna.com
The 2902010-55V/B front leaf spring assembly represents FAW’s commitment to superior suspension engineering for heavy-duty truck applications. As genuine Faw truck parts, we ensure this critical suspension component meets the highest industry standards for durability and performance. Specifically engineered for FAW commercial vehicles, the 2902010-55V/B front leaf spring provides exceptional load-bearing capacity while maintaining ride comfort and vehicle stability under demanding operating conditions.
Manufactured with precision engineering techniques, this front leaf spring delivers outstanding strength and flexibility characteristics. The advanced multi-leaf design incorporates high-carbon spring steel and optimized geometry for consistent performance. Commercial vehicle operators trust the 2902010-55V/B for reliable operation across various road conditions and loading scenarios, making it an essential investment for maintaining FAW truck suspension integrity and driving safety standards.
Front Leaf Spring Assembly
| Parameter | Specification |
|---|---|
| OEM Number | 2902010-55V/B |
| Product Name | Front Leaf Spring |
| Brand | FAW |
| Material Composition | 55SiMnVB Spring Steel |
| Number of Leaves | 8 Main Leaves |
| Spring Rate | 320 N/mm |
| Load Capacity | 5500 kg per Assembly |
| Eye Type | Military Wrap Design |
| Center Bolt | M14 High-Tensile Grade 12.9 |
| Compatibility | FAW J6 Series Trucks |
The 2902010-55V/B front leaf spring provides exceptional load-bearing capabilities for heavy-duty applications. The multi-leaf progressive design distributes weight evenly across all spring components effectively.
Advanced material technology ensures consistent performance under maximum payload conditions. Each leaf undergoes precision heat treatment for optimal strength and flexibility characteristics throughout the service life.
The spring assembly maintains structural integrity through repeated loading cycles and challenging road conditions. Proper load distribution minimizes stress concentrations and extends suspension system longevity significantly.
High-carbon spring steel construction provides excellent fatigue resistance and impact protection. The materials withstand harsh environmental conditions and mechanical stress effectively over extended periods.
Corrosion-resistant treatments ensure long-term reliability in various climates and operating environments. The leaf spring maintains performance through temperature fluctuations and moisture exposure without degradation.
Precision manufacturing processes guarantee consistent quality and dimensional accuracy across production batches. Each 2902010-55V/B component meets rigorous commercial vehicle durability standards and specifications.
Specifically engineered for FAW J6 series truck models and compatible variants. The 2902010-55V/B ensures perfect fitment and optimal suspension performance characteristics for commercial applications.
Direct replacement capability simplifies maintenance and repair procedures for service technicians. Installation follows factory specifications and requires standard workshop tools and equipment availability.
The leaf spring assembly integrates seamlessly with existing chassis mounting points and suspension systems. Comprehensive compatibility testing validates proper function with vehicle dynamics and load requirements.
The 2902010-55V/B front leaf spring demonstrates outstanding performance in commercial vehicle applications. The progressive spring rate provides excellent ride comfort while maintaining substantial load capacity requirements.
Mechanical stability ensures reliable operation during long-distance transportation and varied road conditions. The assembly withstands road vibrations and shock loads effectively through advanced design and material selection.
Weather-resistant construction protects against moisture, road salt, and environmental contaminants effectively. The spring maintains functionality in extreme temperature ranges from -40°C to +80°C without performance degradation.
Precision alignment features ensure proper vehicle geometry and optimal tire wear patterns. The 2902010-55V/B contributes significantly to overall vehicle stability and handling characteristics during normal operation.
Comprehensive material analysis ensures chemical composition and mechanical properties meet specifications. Each steel leaf undergoes rigorous quality verification and hardness testing procedures.
Precision load testing validates spring rate and deflection characteristics under various conditions. Each assembly undergoes cyclic loading to verify long-term reliability and performance standards.
Comprehensive dimensional inspection ensures perfect fitment and alignment specifications. Each component meets exact tolerance requirements for vehicle integration and suspension compatibility.
Accelerated fatigue testing simulates years of service conditions to verify durability. Testing protocols ensure resistance to repeated stress cycles and vibration-induced wear patterns.
Proper installation ensures optimal performance and safety compliance for the 2902010-55V/B front leaf spring. Follow manufacturer specifications for mounting procedures and torque values precisely during installation.
Verify component alignment and suspension geometry before securing mounting fasteners completely. Ensure all mounting surfaces are clean, properly aligned, and free from corrosion or damage before proceeding.
Use appropriate lifting equipment to support the vehicle and suspension during installation procedures. Avoid twisting or over-extending the spring assembly during handling and fitting to maintain structural integrity.
Inspect all mounting points for secure attachment and absence of movement after installation completion. Validate proper suspension geometry and vehicle ride height following installation and initial testing procedures.
Improved suspension performance reduces vehicle sway and enhances stability during cornering maneuvers. The 2902010-55V/B contributes significantly to overall vehicle safety systems and operational reliability.
Reliable load support prevents bottoming out and maintains proper ground clearance requirements. Consistent performance supports accident prevention and risk reduction in various driving conditions.
Optimized suspension characteristics support efficient cargo transportation and vehicle handling performance. Reduced maintenance requirements improve vehicle availability and operational uptime significantly.
Durable construction minimizes replacement frequency and associated operational downtime costs. Long service life provides excellent value proposition for fleet operators and commercial vehicle users.
Meets automotive industry standards and regulatory requirements for commercial vehicle suspension components. Comprehensive documentation supports compliance verification and quality assurance processes effectively.
Genuine FAW components ensure warranty protection and manufacturer technical support availability. Proper installation maintains vehicle system integrity and original equipment performance specifications.
The 2902010-55V/B front leaf spring undergoes comprehensive quality verification processes throughout manufacturing. Production facilities maintain IATF 16949 quality management systems certification standards.
All components meet international automotive standards for suspension safety, performance, and environmental compliance. Regular internal and external audits ensure consistent quality across all production batches and cycles.
Advanced traceability systems document complete manufacturing processes and raw material sources accurately. Quality records support customer verification and regulatory compliance requirements effectively and efficiently.
Continuous improvement processes incorporate customer feedback, field performance data, and technical advancements systematically. Product updates maintain compatibility with evolving FAW vehicle systems and requirements.
Advanced manufacturing techniques ensure precision component production and consistent quality standards. Computer-aided design optimizes spring geometry and progressive rate characteristics for specific applications.
Material science innovations enhance durability, fatigue resistance, and operational lifespan significantly. Specialized steel alloys provide optimal strength-to-weight ratios while maintaining flexibility requirements effectively.
Surface treatment technologies deliver superior corrosion protection and environmental resistance properties. Advanced coating processes prevent rust formation and material degradation in challenging operating conditions.
Engineering design improvements focus on weight reduction without compromising load capacity or durability characteristics. The 2902010-55V/B assembly integrates seamlessly with vehicle dynamics and suspension control systems.
The 2902010-55V/B front leaf spring demonstrates exceptional longevity in commercial transportation applications. Proper maintenance and inspection protocols extend component service life significantly beyond standard expectations.
Regular inspection schedules identify potential issues, wear patterns, and maintenance requirements before failure occurs. Systematic lubrication procedures maintain optimal performance and prevent premature aging effectively.
Advanced environmental protection features prevent premature degradation, corrosion, and material fatigue. Quality materials and construction withstand extended exposure to challenging operating conditions reliably.
Documented performance history and field data support reliability claims and customer confidence building. The component delivers consistent, predictable performance throughout its designed service life expectancy.
Accelerated fatigue testing simulates years of service conditions in controlled laboratory environments. The 2902010-55V/B undergoes millions of load cycles to verify long-term durability and reliability standards.
Testing protocols exceed standard requirements to ensure performance under extreme operating conditions. Results demonstrate consistent performance throughout the designed service life expectancy.
Comprehensive load testing validates the spring’s capacity under various loading scenarios and conditions. Testing includes static load, dynamic load, and overload scenarios for complete performance validation.
Performance metrics confirm the assembly meets or exceeds original equipment specifications and requirements. Load deflection characteristics are verified against design parameters precisely and accurately.
Salt spray testing, humidity exposure, and temperature cycling validate corrosion resistance and environmental durability. The 2902010-55V/B demonstrates excellent performance in harsh operating conditions effectively.
Testing includes exposure to road chemicals, moisture, and temperature extremes to simulate real-world conditions. Results confirm long-term reliability in diverse climatic and operational environments reliably.
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