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Liquid Cooling Plates play a vital role in liquid-cooled thermal management systems by maintaining optimal temperatures for electronic components, power modules, and battery systems. By enabling direct coolant flow through engineered channels, these plates maximize heat removal, minimize component risks, and enhance system performance in space-constrained or high-power settings.
At Metalli, our diverse liquid cold plate lineup—spanning vacuum-brazed plates, friction-stir-welded (FSW) designs, embedded-copper-tube plates, pressed-channel plates, and flat-tube assemblies—empowers customers to achieve effective thermal management tailored to their needs. Our in-house manufacturing supports fully customizable solutions that address unique flow, layering, and performance demands for any application.
Whether managing electric vehicle batteries, power electronics, data centers, or medical equipment, Metalli's liquid cooling technologies deliver superior cooling efficiency, extended equipment life, reduced maintenance, and reliable thermal precision—directly translating into customer value and operational peace of mind.
Liquid cooling removes heat from various systems, particularly computers and high-performance electronic devices. Unlike air cooling, which uses fans to move air across heat sinks, liquid cooling circulates a liquid—typically a water-coolant mixture—to absorb and transport heat from critical electronic components such as CPUs, GPUs, and other high-temperature areas.
How Liquid Cooling Works
- Coolant Circulation
A pump circulates coolant through a closed loop of tubing. As the coolant flows, it absorbs heat from electronic components.
- Radiator and Fans
After transferring heat from the components, the coolant moves through a radiator. Fans then move air over the radiator's fins to dissipate the heat and cool the liquid before it recirculates.
- Water Blocks
Custom-engineered water blocks attach to components requiring thermal management, such as CPUs and GPUs. Constructed from conductive materials like copper, these blocks efficiently transfer heat from the component to the circulating coolant.
- Reservoir
In some systems, a reservoir maintains an extra supply of coolant. This reservoir facilitates coolant expansion, makes refilling easier, and helps to remove air bubbles from the system.
ADVANTAGES OF LIQUID COOLING
- BETTER COOLING PERFORMANCE
Liquid cooling offers higher thermal efficiency than air cooling, especially under elevated thermal loads, supporting overclocking and high-performance systems.
- QUIETER OPERATION
Since liquid cooling reduces reliance on high-speed fans, it often leads to quieter system operation.
- AESTHETICS
Liquid cooling systems can provide a streamlined appearance, offer customizable tubing, and feature integrated lighting options.
With a vision of boosting thermal management through innovation, Metalli is dedicating to creating a better thermal management solution for your application.
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Fax: +8625 86136302
Address: NO. 12 East mozhou road, Jiangning development zone, Nanjing, China