Genuine Hummer H3T Intake Manifold

The Hummer H3T Intake Manifold is thus an important part relating to augmenting the capability and durability of Hummer H3T automobiles manufactured between 2009 and 2010. This Intake Manifold is solely responsible to provide a proper distribution of air or air/fuel mixture to intake port present at the cylinder head where it directly involves power or performance of the vehicle's engine. The H3T models include the standard, Adventure, Luxury and Alpha trims which reap from modern composite plastic materials applied and integrated in Intake Manifold which are lighter and efficient in heat dissipation as to the tradition aluminium. In particular, Variable Length Intake Manifold (VLIM) technology improves the engine's intake air flow and pressure according to the load, which will be a great benefit for the operation of the Hummer H3T. In addition to this, due to the organic and structural design of the manifold that does not allow turbulence and improves the fuel atomization, combustion becomes more efficient, thus adding to performance and safety. The Hummer H3T Intake Manifold also comes equipped with state of the art thermatics sensors of temperature as well as air flow to enhance the functionality and durability of this part. Hummer H3T comes in various models; therefore, can be customized to fit the different H3T models, 4-door SUV, and 4-door pickup truck. In conclusion, it can be pointed out that Hummer H3T Intake Manifold is considered as one of the key automotive components in the modern market due to its outstanding features and the critical role in increasing the security and efficiency of Hummer automobiles, which marks its position among trustful and powerful automobile parts.

Each OEM Hummer H3T Intake Manifold we offer is competitively priced and comes with the assurance of the manufacturer's warranty for the part. Furthermore, we guarantee the speedy delivery of your orders right to your doorstep. Our hassle-free return policy is also in place for your peace of mind.