Product Introduction
2904160-F00 OEM-Grade High-Strength Precision Ball Joint for Great Wall Motor
Our 2904160-F00 Ball Joint is a core component for automotive suspension and steering systems, built on 12+ years of specialized auto parts engineering experience.
It adheres to ISO/TS 16949 and OEM-level standards, with each unit passing 100% pre-shipment performance testing to ensure reliability. Crafted from high-strength forged steel, it boasts a 50,000+ km service life and 3200N static load capacity, effectively resisting wear, corrosion, and impact.
This ball joint enables smooth articulation between suspension and steering components, maintaining precise vehicle control and reducing driving vibration—critical for stable, safe operation.
Product Advantage
1. OEM-Grade Certification & Strict Quality Control
The 2904160-F00 Ball joint fully complies with ISO/TS 16949 and original equipment manufacturing standards, a benchmark for automotive part quality. Every unit undergoes 100% pre-shipment testing, including load-bearing, corrosion resistance, and articulation checks, resulting in a 99.8% factory pass rate. This rigorous process ensures the part matches the performance of OE components, eliminating risks of premature failure.
2. High-Strength Forged Steel for Longevity
Crafted from SAE 1045 forged steel—an industry-preferred material for heavy-duty suspension parts—the 2904160-F00 Ball joint delivers exceptional durability. It features a surface hardness of HRC 58-62 (tested via Rockwell hardness measurement) and a rated service life of 50,000+ kilometers. The material also undergoes a 48-hour salt spray test, achieving grade 9 corrosion resistance, making it suitable for harsh weather and road conditions.
3. Precision Engineering for Smooth Articulation
Using CNC machining technology with a tolerance of ±0.02mm, the 2904160-F00 Ball joint ensures seamless fit and smooth movement between suspension and steering components. It integrates a double-lip rubber seal (made of nitrile rubber) that effectively blocks dust, mud, and oil from entering the joint. This design reduces friction by 30% compared to standard seals, maintaining stable steering response and minimizing driving vibration—critical for a high-performance automotive ball joint.
4. Heavy-Duty Load Capacity for Safety
The 2904160-F00 Ball joint supports a static load of 3200N and a dynamic load of 2800N, verified through third-party mechanical testing. It can withstand repeated stress from uneven roads without deformation, passing 200,000 cycles of fatigue testing (exceeding the industry average of 150,000 cycles). This load-bearing capability ensures the part maintains structural integrity, enhancing overall vehicle safety during operation.
5. Global After-Sales Support & Stock Availability
As a trusted supplier of OEM-grade ball joint for suspension systems, we offer an 18-month warranty for the 2904160-F00 Ball joint—covering manufacturing defects and performance issues. Our global warehouses (US, EU, and Asia) maintain a 95% stock rate, enabling 48-hour delivery to major markets. Post-purchase, our technical team provides 24/7 support, with a 96% customer satisfaction rate based on 2023 aftermarket feedback data.
Technical Parameters
| Parameter Category | Parameter Item | Specification (Value + Unit) | Testing Standard / Note |
| Basic Information | Product Model | 2904160-F00 | Matches original part number for direct replacement |
| Applicable System | Automotive Suspension & Steering Systems | Designed for heavy-duty aftermarket use |
| OEM Compliance | ISO/TS 16949, IATF 16949 | Meets global automotive quality management standards |
| Material Specification | Body Material | SAE 1045 Forged Steel | High tensile strength (≥600 MPa) for load-bearing |
| Ball Stud Material | High-Carbon Chromium Steel (SUJ2) | Heat-treated for wear resistance (HRC 60-62) |
| Seal Material | Nitrile Rubber (NBR) | Oil-resistant, temperature-resistant |
| Surface Treatment | Cathodic Electrophoretic Coating | 48-hour salt spray test (Corrosion Resistance Grade 9) |
| Performance Parameter | Static Load Capacity | 3200 N | Tested via hydraulic universal testing machine |
| Dynamic Load Capacity | 2800 N | Simulates real-road vibration and stress |
| Rated Service Life | ≥50,000 km | Based on average driving conditions (8,000 km/year) |
Operating Temperature Range
| -40 ~ 120 ℃ | Suitable for extreme cold and high-temperature environments |
| Fatigue Test Cycles | ≥200,000 Cycles | Exceeds industry average (150,000 cycles) |
| Dimensional Accuracy | Body Diameter | 38.5 ± 0.02 mm | Measured by CNC coordinate measuring machine |
| Ball Stud Diameter | 14.0 ± 0.01 mm | Ensures smooth articulation with steering components |
| Mounting Hole Spacing | 65.0 ± 0.03 mm | For precise fit with vehicle suspension brackets |
| Total Length (Assembled) | 112.3 ± 0.05 mm | Includes ball stud and mounting base |
| Testing & Certification | Factory Inspection Rate | 100% | 100% full inspection (load, sealing, flexibility) |
| Third-Party Certification | SGS, TÜV Rheinland | Annual re-certification for quality consistency |
Product Uses
Here are specific application scenarios of Ball Joint:
1. Daily Urban Commuting Scenarios
For vehicles frequently navigating stop-and-go traffic and tight turns, this ball joint ensures smooth steering response. Its precision CNC-machined structure (±0.02mm tolerance) reduces steering vibration by 30% compared to standard alternatives. Based on 2023 customer feedback, 96% of urban users report no abnormal noise or looseness after 30,000 km—aligning with its 50,000+ km rated service life.
2. Off-Road & Unpaved Road Conditions
It excels in handling bumps, rocks, and uneven terrain, thanks to its 3200N static load capacity and SAE 1045 forged steel body. The part passed 200,000 cycles of fatigue testing (exceeding industry averages by 33%), resisting deformation from repeated impacts. Its double-lip NBR seal also blocks mud and dust, maintaining functionality even in dusty or muddy off-road environments.
3. Commercial Heavy-Duty Transportation
Designed for vehicles under consistent load pressure (e.g., light trucks, delivery vans), the 2904160-F00 supports 2800N dynamic loads—critical for stable suspension performance during heavy hauling. It complies with ISO/TS 16949 standards for commercial auto parts, with a 99.8% factory pass rate ensuring minimal downtime for fleet operations.
4. Extreme Climate Environments
Its -40 ~ 120℃ operating temperature range makes it suitable for both frigid northern regions and hot desert areas. The cathodic electrophoretic coating achieved Grade 9 corrosion resistance in 48-hour salt spray tests, protecting against rust from snow-melting salts or coastal humidity. This durability reduces replacement frequency by 40% in harsh climates.
5. Long-Term High-Frequency Operation Vehicles
For taxis, ride-hailing cars, or corporate fleets with high annual mileage, the ball joint’s 50,000+ km service life cuts maintenance costs. Backed by an 18-month warranty, it minimizes post-purchase risks—our technical team resolves 90% of service inquiries within 24 hours, ensuring uninterrupted vehicle operation.
Product Operate Guide
1. Pre-Installation Check
First, inspect the ball joint for cracks, seal damage, or deformation (reject any defective units, as our 99.8% factory pass rate ensures only qualified parts ship). Confirm compatibility with your suspension system, and prepare calibrated tools (e.g., torque wrench) to avoid installation errors.
2. Installation Operation
Align the ball joint with suspension brackets, fasten mounting bolts to 35–40 N·m torque (critical for load-bearing stability—over-tightening may damage threads). Ensure the ball stud rotates smoothly during installation; do not force alignment, as this can reduce service life by 30%.
3. Post-Installation Verification
After installation, manually test steering articulation—no 卡顿 (stiffness) or abnormal noise should occur. Conduct a 5km low-speed test to check for looseness; if detected, recheck torque values immediately. This step reduces post-installation failures by 90%.
4. Routine Maintenance
Inspect the ball joint every 10,000 km: clean the seal surface to remove dust/mud, and check for oil leaks (a sign of seal wear). Avoid pressure washing directly on the joint, as this can compromise corrosion resistance (Grade 9, validated via salt spray tests).
