Excellent High-Temperature Resistance

The core turbine blades are made of a special nickel-based alloy containing rare metals, which can work stably under extreme high temperatures and extend the service life of both the blades themselves and the turbocharger. The turbine housing is made of silicon-molybdenum alloy, which can resist high-temperature creep, prevent structural failure, and further enhance durability.

Significant Power Boost

By efficiently compressing the intake air to increase air density, it creates conditions for injecting more fuel, greatly enhancing engine power and torque, and improving the vehicle's dynamic performance such as acceleration and starting. Meanwhile, it optimizes fuel combustion, helping to reduce fuel consumption and pollutant emissions.

Superior Balancing Performance

Each turbocharger undergoes rigorous and precise static and dynamic balancing tests before leaving the factory, ensuring stable operation throughout its entire service life, reducing vibration and component wear, and improving the operational reliability of the system.

Convenient Installation

It comes with a complete set of dedicated accessories and supports direct replacement of original components. The installation process has been optimized with simple and clear steps, eliminating the need for complex adaptation adjustments, thus saving man-hours and costs.