Water Cooling Plate Embedded Stainless Steel Tube

Product introduction

The water-cooled plate embedded with the stainless steel tube is mainly composed of a metal substrate and a stainless steel tube embedded inside. The metal substrate is usually made of aluminum alloy or copper alloy material with high thermal conductivity, whose role is to conduct the heat generated by the heating source quickly and evenly to the entire surface of the plate. The stainless steel tube is used as a coolant channel, the coolant circulates in the tube, takes away the heat, and dissipates the heat to the surrounding environment through the external heat exchanger, so as to achieve effective cooling of the heat source.

Product advantage

High efficiency heat dissipation

Stainless steel tubes have good heat conductivity and can quickly transfer heat from the substrate to the coolant. At the same time, the design of the water-cooled plate can be optimized according to the specific heat dissipation requirements, such as adjusting the layout of the stainless steel pipe, the diameter of the pipe and the flow of the coolant to achieve the best heat dissipation effect. In some high-power density electronic devices, such as servers, high-performance computer cpus and GPU heat dissipation applications, water-cooled plates embedded with stainless steel tubes can effectively reduce the operating temperature of the equipment to ensure that it can maintain stable performance in high temperature environments or long periods of high load operation. Avoid problems such as performance degradation, crash and even hardware damage caused by overheating.

Reliable sealing and stability

Stainless steel material has excellent corrosion resistance and good mechanical strength, which makes the stainless steel tube buried in the water-cooled plate can withstand high pressure and temperature changes, and is not easy to leak or break. In the manufacturing process of the water-cooled plate, advanced welding and sealing technology is used to further ensure the tightness of the connection between the stainless steel tube and the substrate and the sealing of the entire water-cooled plate, thus ensuring the reliability and stability of the coolant circulation system. This reliable performance enables the water-cooled plate to operate stably in a variety of harsh working environments for a long time, providing continuous and stable heat dissipation protection for electronic equipment.

Flexible design adaptability

Because of the buried pipe structure, the shape and size of the water-cooled plate can be customized according to the actual application scenario to meet the installation space and heat dissipation requirements of different devices. Whether it is a small electronic instrument, laptop computer, or a large industrial equipment, communication base station, etc., can be designed according to its specific structure and heat distribution, matching the shape and size of the water cooling plate. At the same time, the layout of the stainless steel pipe can also be flexibly adjusted according to needs, such as using different arrangements such as straight row, serpentine, cross, etc., to optimize the flow path of the coolant and heat exchange efficiency, so that the water-cooled plate can better adapt to a variety of complex heat dissipation needs, and provide strong support for the compact design and efficient heat dissipation of the equipment.

Good compatibility

The water-cooled plates embedded with stainless steel tubes can be compatible with a variety of cooling systems and auxiliary equipment to further improve heat dissipation performance and system reliability. For example, it can be used in conjunction with a fan to accelerate air flow through forced convection and enhance the heat exchange effect, thereby improving the overall heat dissipation efficiency; It can also be combined with heat pipes to use the efficient heat conduction characteristics of heat pipes to transfer heat more quickly to the water-cooled plate for dissemination, and build a more efficient heat dissipation solution. In addition, the water cooling plate can also be integrated with intelligent control equipment such as temperature sensors and flow controllers to achieve real-time monitoring and accurate control of the coolant temperature, flow and other parameters, and automatically adjust the heat dissipation strategy according to the actual operating status of the equipment to achieve the best heat dissipation effect and energy utilization rate to meet the needs of different users for intelligent and automated heat dissipation systems.

FAQ

Q: What is a water-cooled plate buried with stainless steel pipes?

A: The water-cooled plate with buried stainless steel pipe is a high-performance cooling solution, which is widely used in high-performance computing, servers, industrial equipment and other fields by embedding the stainless steel pipe inside the water-cooled plate and using the coolant circulation to take away the heat.

Q: Why choose stainless steel instead of other materials?

A: Stainless steel pipe has excellent corrosion resistance, high strength and good thermal conductivity, can withstand high pressure and high temperature environment, to ensure long-term stable operation.

Q: What are the advantages of water-cooled plates embedded with stainless steel pipes?

A: Advantages include efficient heat dissipation, low noise, long life, compact structure, suitable for high heat flux, and beautiful appearance.

Q: What is the manufacturing process of the water-cooled plate buried stainless steel pipe?

A: The manufacturing process usually involves precision casting or machining to form the water-cooled plate body, then embedding and welding the stainless steel tube, and finally surface treatment and testing.

Q: How to choose the appropriate buried stainless steel pipe water cooling plate?

A: The selection should consider the application of heat load, coolant type, working pressure, temperature range, installation space and other factors to ensure that the water cooling plate and the system match.

Q: How does the choice of coolant affect the water-cooled plate?

A: Coolant should have good thermal conductivity, low viscosity, not easy to corrode metal, and depending on the environment of use may need to add antifreeze or preservatives to protect system components.

Q: What are the common application areas of water-cooled plates embedded with stainless steel pipes?

A: It is commonly used in high-performance computer systems, data center servers, industrial automation equipment, electric vehicle battery management systems, LED lighting devices and other fields requiring efficient heat dissipation.