Metered
Air Cooled Plastic Tank
Intercooler
Our air-cooled plastic tank intercooler strikes an optimal balance between performance, weight, and cost. The lightweight yet durable plastic tanks reduce overall mass, while the high-efficiency aluminum core ensures rapid heat dissipation. This design offers excellent corrosion resistance and is a cost-effective solution for a wide range of turbocharged applications.
Water Cooled Full Aluminum
Intercooler
Engineered for peak performance and superior durability, our full aluminum intercooler is crafted entirely from aluminum alloy. This robust construction provides exceptional heat conductivity and structural integrity, capable of withstanding higher boost pressures and extreme conditions. It is the ideal choice for high-performance and racing vehicles, as well as heavy-duty pickup trucks, where maximum cooling and reliability are paramount.
Water Cooler Plastic Tank Intercooler
Our water-cooled intercooler delivers unparalleled cooling efficiency and installation flexibility, especially in spaces with limited airflow. By utilizing a liquid coolant circuit, it achieves faster charge air temperature reduction and reduces turbo lag effectively. The compact design with plastic tanks makes it perfect for modern, densely-packed engine bays in both automotive and marine applications.
Technic Features
- By utilizing specially developed aluminum alloys to resist internal corrosion and extreme conditions (high temperature, high
pressure, vibration), we ensure the durability of the core heat exchange material.
- By incorporating flexible side plates with specialized cuts alongside reinforced ribs, we ensure the effective absorption of
expansion and contraction stresses from thermal cycling and the resistance to extreme working pressure, thereby preventing
structural fatigue damage.
- The air tanks (end tanks) are manufactured from high-strength plastic, reinforced with a high proportion (≥30%) of glass fiber
and devoid of recycled materials, ensuring exceptional mechanical strength and dimensional stability throughout thermal cycles.
- The integration of internal reinforcing crossbars and dedicated high-pressure clamp gripping zones design into the air tank
ensures the prevention of cracking or disconnection under mechanical tension.
- The combination of specially folded tubes and integrated turbulators results in a maximized surface area and the disruption of
laminar flow. This synergy directly produces a substantial gain in heat exchange efficiency.
- Employing a compact, louvered fin design serves to actively disrupt the cooling airflow, thereby enhancing the overall heat
dissipation capability.
- Application-specific engineering for precise fit and plug-and-play installation, ensuring optimal cooling performance.
- Each product is validated through a comprehensive test sequence that surpasses industry standards, including endurance tests
under simulated extreme environments such as thermal shock with vibration, salt spray corrosion, pressure pulsation, and
thermal cycling, ensuring reliable operation throughout its entire service life.