Strong load bearing capacity: During engine operation, the intake and exhaust valves need to withstand the pressure from combustion gases and the impact force generated by mechanical motion. The Ford WL valve WL51-12111 is made of high-quality high-strength materials, which have excellent compressive strength and fatigue resistance. It can stably withstand these complex loads under harsh working conditions, without deformation, wear, or fatigue fracture, ensuring that the engine can still operate reliably under long-term high load operation, providing stable power for the vehicle.
Accurate motion transmission: The manufacturing accuracy of the valve is extremely high, and the dimensional tolerances of each part are strictly controlled within a very small range. This enables the valve to maintain precise motion trajectory and time control during the opening and closing process. No matter what operating conditions the engine is in, the intake and exhaust valves can ensure accurate opening and closing time and lift, avoiding engine shaking and unstable power output caused by motion deviation, and improving the overall smoothness and stability of the engine operation.
High strength alloy material: Both the intake and exhaust valves are made of high-quality high-strength alloy as the base material. This alloy has excellent comprehensive performance, not only with high strength and good toughness, able to withstand mechanical and thermal stresses during engine operation, but also with excellent wear resistance. In frequent opening and closing actions, it is not easy to encounter problems such as wear and deformation, effectively extending the service life of valves and reducing maintenance and replacement costs.
Special surface treatment: In order to further enhance the performance and durability of the valve, the surface of the valve has been specially treated. The intake valve body adopts processes such as hard chrome plating to enhance surface hardness and smoothness, and reduce friction; The exhaust valve head has undergone anti-oxidation and anti-corrosion treatment to better resist the erosion of harmful substances in high-temperature exhaust gas, ensuring that the valve can maintain good performance even in harsh working environments.
