Aluminum Water Cooling Plate Buried Copper Pipe

Product introduction

Aluminum water-cooled plate buried copper pipe is mainly composed of two parts: aluminum alloy plate body and embedded copper pipe. The aluminum alloy plate has good thermal conductivity and can quickly conduct heat from the heating source to the entire plate. The copper tube is used as a coolant channel, and the circulating coolant takes away the heat inside the copper tube, and dissipates the heat to the surrounding environment through the external heat dissipation system, so as to achieve efficient heat dissipation effect.

Its working principle is based on the synergistic effect of heat conduction and heat convection. When electronic components or other heating components are in contact with the aluminum water-cooled plate, heat is transferred from the heating source to the aluminum plate through thermal conduction, and because of the high thermal conductivity of aluminum, the heat can be quickly and evenly distributed throughout the surface of the plate. At the same time, the coolant in the copper tube continues to circulate under the drive of the pump, the coolant has a high specific heat capacity, and can absorb a lot of heat, making the temperature in the copper tube is relatively low, thus forming a temperature difference between the copper tube and the aluminum plate, and promoting the heat from the aluminum plate to the coolant in the copper tube. After the heated coolant flows out of the copper tube, it enters the external heat exchanger (such as the radiator), through the heat exchange with the surrounding air or other cooling media, the heat is released, and the cooled coolant is pumped into the copper tube again, so that the heat dissipation process is continued, and the temperature of the heating source is effectively controlled within a reasonable range.

Product advantage

High efficiency heat dissipation

The aluminum water-cooled plate buried copper tube can achieve efficient heat dissipation effect, and its heat dissipation capacity is far superior to the traditional air-cooled radiator and some simple heat dissipation structures. Through the circulation of the coolant, it can quickly take away a large amount of heat, effectively control the temperature of electronic components or other heating parts, and ensure that it works in a stable temperature range. In some high-power density electronic equipment, such as high-performance servers, large industrial control computers, power amplifiers, etc., aluminum water-cooled plate buried copper tube can reduce the temperature of key components by tens of degrees Celsius, greatly improving the reliability and stability of the equipment, reducing the incidence of failure caused by overheating, and extending the service life of the equipment.

For some temperature-sensitive electronic components, such as semiconductor lasers and high-precision electronic measuring instruments, aluminum water-cooled buried copper tubes can provide accurate temperature control to ensure the stability and accuracy of their performance. For example, in the application of semiconductor lasers, accurate temperature control has a crucial impact on key performance indicators such as wavelength stability and output power stability of the laser. Aluminum water-cooled buried copper tube can meet its strict requirements for temperature control to ensure that the laser can operate stably under various working conditions. Provide reliable light source support for laser processing, laser communication and other fields.

Compact structure and strong adaptability

The aluminum water-cooled plate has a compact structure and can be flexibly customized according to the internal space and heat dissipation needs of electronic devices. Its flat shape and diversified shape design make it easy to install in a variety of small Spaces, and closely fit with electronic components to achieve efficient heat transfer. Whether it is in small mobile electronic devices such as laptops and tablets, or in complex electronic systems such as large server cabinets and industrial control cabinets, aluminum water-cooled plate buried copper pipes can find a suitable application way to effectively solve the heat dissipation problem, while not taking up too much valuable space, meeting the development needs of modern electronic equipment for miniaturization and integration.

This heat dissipation structure also has good adaptability and can cope with different working environments and working conditions. It can work stably in harsh environments such as high temperature, high humidity and high dust, and ensure the normal circulation of coolant and the reliability of heat dissipation system through reasonable design and protective measures. For example, in the industrial production site automation equipment, often face harsh working environment, aluminum water-cooled plate buried copper tube can effectively protect electronic components from high temperature and dust, ensure the normal operation of the equipment, improve the continuity and stability of industrial production.

FAQ

Q: What is aluminum water-cooled plate buried copper pipe?

A: Aluminum water-cooled plate buried copper pipe is a heat dissipation system that combines aluminum water-cooled plate and buried copper pipe for efficient heat dissipation, especially in applications requiring buried installation.

Q: How does this system work?

A: The coolant (usually water or special coolant) is driven by the pump to flow in the closed pipe system, and after the aluminum water-cooled plate absorbs heat, the heat is transferred to the soil through the buried copper pipe to achieve heat dissipation.

Q: Why choose aluminum water-cooled plate and copper tube combination?

A: Aluminum has good thermal conductivity and can quickly absorb heat; Copper pipe corrosion resistance, suitable for buried use, the combination of the two can provide efficient and durable heat dissipation solutions.

Q: What scenarios is the system suitable for?

A: Suitable for data centers, industrial equipment, large electronic equipment and other need efficient heat dissipation and space is limited, or want to use underground space for heat dissipation.

Q: Is this system environmentally friendly?

A: Yes, the use of soil as a heat exchange medium reduces the direct impact on the environment, and both aluminum and copper materials can be recycled.

Q: What are the advantages over air-cooled or traditional water-cooled systems?

A: The advantages are lower noise, more stable temperature control, and better space utilization, especially for noise-sensitive or space-constrained environments.