What are the factors to consider when choosing a heat pipe CPU cooler?

CPU coolers are generally divided into three types of cooling: air-cooled, water-cooled, and heat-pipe. Air-cooled coolers are easy to install and inexpensive. However, for the environment, it is more suitable for general use. Water-cooled coolers are stable and efficient, less dependent on the environment, but relatively expensive and more suitable for computer enthusiasts and gamers.

So, what factors do you need to consider when choosing a heat pipe CPU cooler? Let's learn more about it!

1. Heat sink material

Heat pipe CPU coolers are generally selected for high-quality and low-cost products. The actual effect of a heat pipe cooler is perfect. However, aluminum alloy profiles as a heat sink, To enhance the overall heat pipe heat dissipation of the actual effect of heat pipe coolers. And the high-end heat pipe cooler in the CPU heat pipe cooling key touches the area; the choice of heat pipe cooling the actual effect of more robust copper material.

2. Cooling fan airflow

Cooling fan output power, fan blade perspective, working speed, etc., all jeopardize the fan air volume factors. Under general conditions, the greater the output power, the higher the speed ratio, the stronger the wind speed of the cooling fan, and the better the actual effect of heat pipe cooling.

3. Heat pipe radiator types

Side blown heat pipe cooling efficiency can reasonably suppress the CPU temperature, more suitable for high-end players and main chassis indoor space for gamers applications; Shu Zhang cooler heat pipe cooling the actual effect of general heat pipe cooling, heat pipe cooling a broader range, suitable for newcomers and small and medium-sized main chassis gamers applications.

4. Heat sink and fins

The total number of radiators is getting thicker and thicker, the better the heat transfer efficiency. General 2-4 radiator is sufficient; more1 than 6 belong to high-grade. In addition, the key to fin heat pipe cooling is the heat will be released into the air through the fins, so the more significant the total area of fins touching the gas, the better.