Get top-notch cooling performance with our Four Copper Air-Cooled Heat Sink CPU Air Cooler. As a factory, we manufacture quality cooling solutions for your needs.
Dazzling color light effect！ Four heat pipes straight contact! PWM Intelligent control！ Multi-platform compatibility-Intel/AMD!PWM Fan with a dazzling color. Make your chassis and devices more colorful. PWM Speed efficiency and quiet are easy to face. Introducing a PWM fan with dazzling colors to your chassis and devices can indeed make them more vibrant and visually appealing. The PWM technology allows the motherboard or fan controller to adjust the fan speed according to the system's temperature, helping to maintain optimal cooling while minimizing noise levels. This ensures that your system remains efficient, cool, and quiet.Fin piercing process! The contact area between the fin and the heat pipe is increased. Effectively improve the heat transfer efficiency. By piercing the fins, the heat pipes can be inserted into the holes or slots, providing direct contact between the heat pipes and the fins. This increased contact area allows for better thermal conduction and transfer of heat from the heat pipes to the fins. The fin piercing process effectively improves the heat transfer efficiency of the cooling system by enhancing the conduction of heat from the heat pipes to the fins. This helps to dissipate the heat more efficiently, leading to lower temperatures and improved cooling performance.Four heat pipes straight contact The four heat pipes are directly in contact with the CPU,so that the heat can be quickly transmitted to the heat pipes and fins without obstacles. The use of four heat pipes in direct contact with the CPU is a common design feature in CPU coolers. This design allows for efficient and rapid heat transfer from the CPU to the heat pipes and ultimately to the fins. By having the heat pipes in direct contact with the CPU, there are no obstacles or additional layers that could impede heat transfer. This direct contact design ensures maximum thermal conductivity and minimizes any thermal resistance between the CPU and the cooling solution. When the CPU heats up during operation, the heat is rapidly conducted through the metal base of the cooler and into the heat pipes. The heat pipes are typically made of materials with high thermal conductivity, such as copper, which efficiently transport the heat to the cooling fins. The larger surface area of the fins then dissipates the heat into the surrounding air, keeping the CPU temperature at optimal levels. The use of four heat pipes in direct contact with the CPU enhances the cooling efficiency of the CPU cooler. It allows for faster heat transfer, ensuring that the CPU remains cool, even under heavy loads or overclocking scenarios. This design is particularly beneficial for high-performance systems or gaming rigs that generate significant heat and require effective cooling solutions.Buckle fan design! Prevent concussion, not easy to deform.Meaning that it can maintain its shape and structural integrity even under heavy use or high temperatures. This ensures the longevity and reliability of the fan. Easy to quickly install and remove the fan.With this design, the fan can be quickly and easily attached or detached from the heat sink or cooling system, allowing for convenient maintenance or replacement. The fan and heat sink are equipped with shock-proof rubber pads to prevent resonance.Mainstream dual platform! All available. Intel:115x/1200/1366 AMD:am4/am3(+)
PWM Fan with a dazzling color. Make your chassis and devices more colorful. PWM Speed efficiency and quiet are easy to face. Introducing a PWM fan with dazzling colors to your chassis and devices can indeed make them more vibrant and visually appealing. The PWM technology allows the motherboard or fan controller to adjust the fan speed according to the system's temperature, helping to maintain optimal cooling while minimizing noise levels. This ensures that your system remains efficient, cool, and quiet.Fin piercing process! The contact area between the fin and the heat pipe is increased. Effectively improve the heat transfer efficiency. By piercing the fins, the heat pipes can be inserted into the holes or slots, providing direct contact between the heat pipes and the fins. This increased contact area allows for better thermal conduction and transfer of heat from the heat pipes to the fins. The fin piercing process effectively improves the heat transfer efficiency of the cooling system by enhancing the conduction of heat from the heat pipes to the fins. This helps to dissipate the heat more efficiently, leading to lower temperatures and improved cooling performance.Four heat pipes straight contact The four heat pipes are directly in contact with the CPU,so that the heat can be quickly transmitted to the heat pipes and fins without obstacles. The use of four heat pipes in direct contact with the CPU is a common design feature in CPU coolers. This design allows for efficient and rapid heat transfer from the CPU to the heat pipes and ultimately to the fins. By having the heat pipes in direct contact with the CPU, there are no obstacles or additional layers that could impede heat transfer. This direct contact design ensures maximum thermal conductivity and minimizes any thermal resistance between the CPU and the cooling solution. When the CPU heats up during operation, the heat is rapidly conducted through the metal base of the cooler and into the heat pipes. The heat pipes are typically made of materials with high thermal conductivity, such as copper, which efficiently transport the heat to the cooling fins. The larger surface area of the fins then dissipates the heat into the surrounding air, keeping the CPU temperature at optimal levels. The use of four heat pipes in direct contact with the CPU enhances the cooling efficiency of the CPU cooler. It allows for faster heat transfer, ensuring that the CPU remains cool, even under heavy loads or overclocking scenarios. This design is particularly beneficial for high-performance systems or gaming rigs that generate significant heat and require effective cooling solutions.Buckle fan design! Prevent concussion, not easy to deform.Meaning that it can maintain its shape and structural integrity even under heavy use or high temperatures. This ensures the longevity and reliability of the fan. Easy to quickly install and remove the fan.With this design, the fan can be quickly and easily attached or detached from the heat sink or cooling system, allowing for convenient maintenance or replacement. The fan and heat sink are equipped with shock-proof rubber pads to prevent resonance.Mainstream dual platform! All available. Intel:115x/1200/1366 AMD:am4/am3(+)
