Embedded Cooper Tubes Water Cooling Heat Sink Water Cooling Plate

Product introduction

The water cooling plate is mainly composed of a metal plate and a copper tube embedded in it. The metal plate usually uses materials such as aluminum alloy with high thermal conductivity, and its role is to quickly absorb the heat generated by the heat source. The copper tube is responsible for transferring heat to the circulating coolant, and after the coolant takes away the heat in the copper tube, the heat is dissipated to the surrounding environment through the external cooling system, so as to achieve efficient heat dissipation.

Its working principle is based on the synergistic effect of heat conduction and heat convection. When the electronic component generates heat, the heat is first transferred to the metal part of the water-cooled plate by thermal conduction, and then rapidly conducted to the embedded copper tube. The coolant circulates in the copper tube, and because the specific heat capacity of the coolant is large, it can absorb a lot of heat, making the temperature in the copper tube relatively low, thus forming a temperature difference, and promoting the heat to continue to be transferred from the metal plate and the copper tube to the coolant. After the heated coolant flows out of the copper tube, it enters the external cooling device, such as the radiator or cooling tower, through the heat exchange with the surrounding air, the heat is dissipated, and the cooled coolant is recycled back to the copper tube of the water cooling plate, so and so, to achieve continuous heat dissipation of the electronic components.

Product advantage

High efficiency heat dissipation

Embedded copper tube water cooling radiator Water cooling plate can achieve efficient heat dissipation effect, its heat dissipation capacity is far better than the traditional air cooling radiator. Through the circulating flow of the coolant, a large amount of heat can be quickly taken away, and the temperature of the electronic components can be effectively controlled to ensure that they work in a stable temperature range. In some high-power density electronic equipment, such as high-performance servers, large industrial control computers, etc., the water cooling board 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, high-precision electronic measuring instruments, etc., water-cooled plates 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, and the embedded copper tube water-cooled radiator water-cooled plate 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 compact design of the water cooling board allows flexible customization according to the internal space and heat dissipation needs of the electronic device. 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, the embedded copper tube water cooling radiator water cooling board can find a suitable application way to effectively solve the heat dissipation problem without taking up too much valuable space. It meets the development needs of miniaturization and integration of modern electronic equipment.

The radiator 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 automation equipment in the industrial production site, which often faces a harsh working environment, the embedded copper tube water-cooled radiator water-cooled plate can effectively protect the electronic components from high temperature and dust, ensure the normal operation of the equipment, and improve the continuity and stability of industrial production.

FAQ

Q: What is the flush copper tube water cooling radiator water cooling plate?

A: Embedded copper tube water cooling radiator Water cooling plate is a heat dissipation device that uses copper tube as a heat conduction medium and radiates heat through water circulation. It is commonly used in high-power electronics or industrial applications that require efficient heat dissipation.

Q: How does the embedded copper tube water-cooled radiator work?

A: The working principle is to use a pump to drive the coolant (usually water) to flow in a closed pipeline system, absorb the heat generated by the equipment through the copper tube, and transfer the heat to the heat sink of the radiator, and then the heat is distributed to the outside environment by a fan or other means.

Q: What are the advantages of embedded copper tube water cooled radiators?

A: This radiator has the advantages of high heat dissipation efficiency, low noise, stable temperature control, and is suitable for high power density equipment.

Q: What are the advantages of embedded copper water-cooled radiators over air-cooled radiators?

A: Compared to air-cooled radiators, water-cooled radiators can provide more efficient cooling performance, especially for high-power equipment, and less noise during operation.