Excellent sealing performance: Good sealing performance, avoiding air leakage
Optimize intake efficiency and improve power output: Pipeline design can evenly distribute the mixture to each cylinder, ensuring sufficient combustion and significantly improving the engine's low, medium, and high speed power performance.
Enhance exhaust smoothness and reduce power loss: The design of equal length pipes in the exhaust manifold can reduce exhaust interference, quickly discharge exhaust gas, reduce cylinder back pressure, and improve engine ventilation efficiency
Improve fuel economy and reduce fuel consumption: The intake ratio allows for more thorough fuel combustion, avoiding fuel waste caused by excessive mixture, and balancing power and fuel efficiency needs.
Improving combustion efficiency: Enhancing the atomization effect of the mixture. The intake manifold has a built-in guide structure that can increase the intensity of the intake vortex, improve the atomization effect of the fuel and air mixture, and further optimize combustion efficiency.