ThermalFly Inc. debuts I75DUA -- a new generation of low cost, high performance, and super silent cooler for dual core CPUs. The conventional dual core CPU coolers use copper heat pipes to eliminate the heat generated by high wattage CPUs. This approach creates the problems of annoying noise and high cost. To solve these problems, ThermalFly introduces a cooler featuring the CPU cooler base made of aluminum intrusion / copper insertion process. This process lowers the cost substantially. In other words, the cooler base comes with a copper core wrapped with aluminum fins.

A second unique feature of the product is its high performance cooler fan of 92 x 92 x 38 mm. It is designed with an innovative side air draft frame and an air guiding stator. The air draft frame is designed to increase the volume of air flow, while the stator helps improve the air flow. Such a perfect combination of features is the most sought-after choice for the system integrators.

The I75DUA is designed to pass the thermal certification required for Intel LGA775 130W dual core CPUs. It is also designed with the pulse-width modulation (PWM) feature. As a result, even the CPU is operating at full load with the fan working at 2300 rpm and a noise level of 23dbA, the user would not even feel the noise. The I75DUA is ideal for those looking for low cost, high performance dual core CPU coolers.

About Us
ThermalFly Inc. is a professional thermal solution provider which cares about all the thermal and acoustic issues of PC components and whole systems in the IT industry. We are committed to the development of the best thermal/cooling solutions, which include CPU coolers, case fans, PC power supplies, and PC cases based on cost-effective and customer-oriented requirements. Furthermore, ThermalFly provides system thermal route design service for system makers and system integrators to make the system function in a stable thermal environment and meet silent requirements. That’s why we emphasize the CPU cooler developed by ThermalFly is designed from the system view, not from the component view, it’s the most different features with others in this thermal fields.