Technical Parameters
Rust-Resistant Reinforced Material: The main structure is manufactured from high-strength alloy steel and treated with anti-corrosion processes to improve surface oxidation resistance. It effectively protects the component against corrosion caused by rainwater, mud, and humid operating environments.
Wheel Hub Matching Structure: Designed according to wheel hub connection requirements, the product optimizes spline fitting dimensions and installation accuracy, ensuring stable connection between the outer C.V. joint and wheel hub assembly while improving transmission reliability.
Impact-Resistant Transmission Design: The reinforced internal load-bearing structure enables the raceways and steel ball components to withstand repeated impact loads during vehicle operation, reducing the risk of structural fatigue caused by road vibration.
Constant Velocity Motion Mechanism: Featuring a precision outer constant velocity joint structure, the product uses optimized ball track curves to ensure smooth steel ball movement at different steering angles, achieving continuous and uniform power output.
Precision Manufacturing Process: Critical moving areas undergo high-precision machining with strict control of contact surface quality and fitting clearances. This reduces friction resistance and improves overall operating smoothness.
Core Advantages
Excellent Impact Resistance: Designed for the complex loading conditions on the vehicle wheel side, the product effectively withstands road impacts, rapid acceleration, and steering loads, improving drivetrain stability.
Enhanced Rust Protection Performance: The specialized surface treatment process improves corrosion resistance, allowing the product to maintain reliable mechanical performance even when operating in humid and dusty road environments for extended periods.
Efficient Power Transmission Capability: The precise internal structure reduces power transmission losses, enabling engine torque to be transferred quickly and smoothly to the wheel hub, improving vehicle response performance.
Strong Steering Adaptability: The outer C.V. joint accommodates angle changes during vehicle steering while maintaining continuous power connection and reducing impact sensations during cornering.
Extended Service Life: Through the combination of material strengthening, structural optimization, and lubrication protection, the product achieves improved durability and reduces maintenance requirements caused by wear and corrosion.
Application Range
The outer C.V. joint is suitable for vehicles equipped with front-wheel-drive or independent drive systems. It is mainly used for power connection between the outer drive shaft and wheel hub, ensuring efficient power transmission and steering compensation during vehicle operation.