Water Cooling Plate
Water/liquid cooling plate china use a pump to circulate the coolant in the heat pipe and dissipate heat. The heat absorption part on the radiator (called the heat absorption box in the liquid cooling system) is used to dissipate heat from the computer CPU, North Bridge, graphics card, lithium battery, 5G communication equipment, UPS and energy storage system, and large photovoltaic inverter, SVG/SVC absorbs heat on heat dissipation. The heat absorbed by the heat absorption part of our water cooling plate china/liquid cold plates is discharged to the outside through the radiator designed on the back of the pyrogen.
As a professional FSW products supplier in China, Cheeven provides quality water-cooled cold plates at great liquid cooling plate wholesale prices. Feel free to contact us and ask for the water cooling plate price at any time!
LIQUID COLD PLATE DESIGN
A liquid cold plate is a device that is used to cool electronic components by circulating a liquid coolant through channels in the plate. The design of a water cooling plate depends on several factors, including the size and shape of the components being cooled, the amount of heat that needs to be dissipated, and the type of liquid coolant being used.
Here are some general considerations for designing a liquid cold plate:
Channel design: The channels in the water cooled cold plate should be designed to maximize the contact area between the liquid coolant and the components being cooled. This can be achieved by using a serpentine or zig-zag pattern for the channels, which increases the length of the coolant flow path.
Material selection: The material used for the water cold plate should have good thermal conductivity to efficiently transfer heat from the components to the coolant. Common materials used for liquid cooling plate include copper, aluminum, and stainless steel.
Coolant flow rate: The flow rate of the coolant through the water cooled cold plate should be optimized to achieve the desired cooling performance while minimizing pressure drop in the system. Increasing the flow rate can improve cooling performance, but may also increase system complexity and cost.
Integration with other cooling components: The water cooled cold plate should be designed to integrate with other cooling components in the system, such as pumps, heat exchangers, and tubing. This requires careful consideration of the placement and orientation of the water cold plate and other components, as well as the type and size of connectors used to join them.
Thermal interface materials: The water cold plate should be designed to accommodate thermal interface materials, such as thermal paste or pads, which help to improve heat transfer between the components and the water cooling plate.
Overall, the design of a liquid cooling plate requires careful consideration of multiple factors to achieve optimal cooling performance while minimizing cost and complexity.
COLD PLATE COOLING SYSTEM
A cold plate cooling system is a type of cooling system that uses a flat plate made of a highly conductive material, such as copper or aluminum, to dissipate heat from electronic components. This cold plate cooling system is often used in applications where traditional air cooling methods are insufficient, such as in high-power electronics or in environments with limited airflow.
The liquid cooling plate is typically attached to the electronic component or device that needs to be cooled, and a coolant is circulated through the plate to absorb and carry away heat like the product electric motor water jacket. The coolant can be water, a water-glycol mixture, or other types of fluids, depending on the specific application requirements.
Cold plate cooling systems offer several advantages over traditional air cooling methods, including higher cooling efficiency, more consistent cooling performance, and quieter operation. They are also often more compact and can be used in tight spaces.
However, cold plate cooling systems also have some disadvantages, including the need for additional plumbing and the potential for leaks if the system is not properly maintained. Additionally, the cost of a cold plate cooling system is typically higher than traditional air cooling methods.
LIQUID COOLING PLATE APPLICATIONS
Liquid cooling plates are typically used in electronic and thermal management applications, where efficient heat dissipation is necessary. Some common applications of liquid cooling plates include:
Computer servers: High-performance computer servers generate a significant amount of heat, and liquid cooling plates can be used to remove this heat efficiently.
Electric vehicles: The batteries in electric vehicles generate heat, which can reduce their lifespan and performance. Liquid nitrogen cold plate can be used to maintain a consistent temperature and extend the lifespan of the batteries.
LED lighting: High-power LED lighting fixtures generate heat, and liquid cold plates can be used to dissipate this heat, ensuring that the LEDs operate at optimal temperatures.
Medical equipment: Medical equipment generates heat, and liquid cold plates can be used to remove this heat efficiently, ensuring that the equipment operates safely and reliably.
Industrial machinery: Heavy-duty machinery generates a lot of heat, and liquid cold plates can be used to remove this heat efficiently, preventing damage to the machinery and ensuring optimal performance.
Overall, liquid cooling plates can be used in any application where efficient heat dissipation is necessary to maintain the performance, reliability, and safety of electronic and mechanical components.
FSW WELDED LIQUID COOLING PLATE COST
Friction stir welding is a more cost-effective method in terms of operational expenses such as machine investment and cover supply, when compared to EBW or vacuum brazing. By using the Stirweld FSW head, the investment cost can be significantly reduced, and the cover design does not need to be highly precise, allowing for the use of laser-cut covers, which are less expensive than machined covers required for Electron Beam Welding. Additionally, there is a minimal cost of quality control with FSW due to the absence of common defects in other methods such as sticking or channel collapse in vacuum brazing, porosity in electron beam welding, and coolant leaks in service due to fatigue pressure.
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