Technical Parameters
Material Technology: Manufactured from high-strength alloy steel, the product undergoes carburizing and heat treatment processes to achieve excellent surface wear resistance while maintaining internal toughness. This allows it to effectively withstand impact loads generated during vehicle acceleration, steering, and operation on demanding road conditions.
Structural Design: Adopting a precision outer C.V. joint structure, the product optimizes the six-groove ball track design and steel ball contact paths to ensure smoother power transmission. The extended splined shaft design improves connection strength with the wheel hub and enhances installation stability.
Precision Machining: The ball tracks, spline teeth, and key fitting areas are processed with high-precision machining technology to ensure accurate clearance between moving components, reducing friction loss, operating noise, and abnormal wear during service.
Surface Hardening Process: Professional heat treatment technology is applied to improve the hardness and fatigue resistance of critical load-bearing areas, enabling stable operation under long-term high-speed rotation and high-torque transmission conditions.
Sealing Compatibility: The product can be used with high-performance grease and reinforced dust boots to effectively prevent dust, moisture, and contaminants from entering the internal structure, maintaining reliable lubrication performance over extended service periods.
Core Advantages
Excellent Steering Adaptability: Compared with inner C.V. joints, outer C.V. joints are required to handle greater steering angle variations. Through optimized ball track design, this product maintains continuous power transmission during steering, reducing binding and power loss.
Stable High-Torque Transmission Performance: The reinforced splined shaft connection structure improves the matching accuracy between power input and output, allowing engine torque to be efficiently delivered to the wheels and making it suitable for high-load driving conditions.
Enhanced Installation Reliability: The extended splined shaft increases the connection length with the wheel hub assembly, improving structural support after installation and reducing abnormal wear caused by clearance changes during long-term operation.
Long Service Life and Durability: Strengthened key components provide improved fatigue resistance. Combined with an optimized lubrication structure, the product helps extend service life and reduce maintenance frequency.
Reduced Vibration and Operating Noise: Precise control of internal rolling component movement ensures better balance during high-speed rotation, helping reduce vibration and noise while improving driving comfort.
Application Range
The 43460-69035 Outer C.V. Joint With Extended Splined Shaft is suitable for passenger vehicles, SUVs, and light commercial vehicles equipped with front-wheel-drive or four-wheel-drive systems. It is especially designed for vehicle drivetrains requiring special axle dimensions, improved wheel hub connection stability, and enhanced power transmission capability under large steering angles.