Basic knowledge of heat pipe module coolers

Before using heat pipe module coolers, there are many questions that come up, so to use them better, it's important to understand the relevant knowledge. First, it's essential to know that a heat pipe module cooler is a component with an extremely high thermal conductivity. The heat pipe transfers heat by relying on the cycle of absorbing and releasing vaporization latent heat when a liquid medium is added in a vacuum. Because the latent heat of vaporization of the medium is very large, its thermal resistance is extremely low, which results in the heat pipe having an extremely high thermal conductivity.

When usingheat pipe module coolerthere have been many issues accompanying everyone, so to use it better, one must understand the relevant knowledge. First, it is important to know that a heat pipe module cooler is a component with an extremely high thermal conductivity. As long as the heat pipe relies on the cycle of absorbing and releasing vaporization latent heat when liquid medium is added in a vacuum to transfer heat, because the vaporization latent heat of the medium is very large, its thermal resistance is extremely low, thus the thermal conductivity of the heat pipe is extremely high. Generally, the thermal conductivity of copper heat pipes with a diameter of 4-8mm is more than 40 times that of solid copper with the same diameter cross-section. Nowadays, heat pipe module coolers have become a very common thermal conduction device. Although there are many types of heat pipe cooling products, due to cost considerations, heat pipe coolers have not been fully popularized.

Heat pipe module coolers have previously been widely used in industries such as aerospace and military. Since being introduced into the radiator manufacturing industry, this has naturally changed the design thinking of traditional radiators, breaking away from solely relying on large air volume. Using motors to achieve better cooling effects through a single cooling method. Moreover, manufacturers are also very skilled in using heat pipe technology, so even if the heat pipe module cooler uses low-speed and small-sized motors, the noise problem that troubles air-cooled cooling can be well solved, opening up new horizons in the cooling industry. Heat pipes can be made into thermal sensitive diodes or thermal sensitive switches. The so-called thermal sensitive diode only allows heat flow in one direction and does not allow heat flow in the opposite direction; a thermal sensitive switch refers to when the temperature of the heat source exceeds a certain temperature, the heat pipe begins to work. Nowadays, low-end entry-level cooling products with large shipment volumes have made it difficult to find traces of heat pipes. Of course, this also means that most users cannot enjoy the benefits brought by heat pipes, which is a great regret. Due to low-end products having low heat generation and not requiring high cooling performance, coupled with cost issues, it is currently not easy for heat pipe module coolers to be fully popularized.