Liquid cooling plates
It is generally made of copper or aluminum with sealed flow channels machined inside. Coolants such as cooling water and ethylene glycol aqueous solution circulate through the channels. Electronic components are mounted on its surface. Heat transfers through the aluminum or copper plate to the coolant, which then carries away large amounts of heat. This type of metal structural part is commonly referred to as a liquid cooling plate or liqid cold plate.
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FSW liquid cold plate 200w
100x200x15mm
Copper tubed cold plate2500w
500x400x25mm
Copper tubed cold plate1000w
300x100x15mm
Brazing cold plate 300w
D200x15mm
liquid coolingplate1000W
200X500X10mm
Copper cold plate 600w
D200x200mm
Customized Heat Sink Manufacturing Service
We provide one-stop customized liquid cold plate services, developing liquid cooling solutions tailored for scenarios including AI servers, communication base stations and high-power laser equipment. Adopting mature processes such as precision CNC milling, vacuum brazing and embedded copper tube pre-burying, we flexibly customize micro-channel layouts, inlet and outlet positions, mounting holes, as well as aluminum-copper composite materials to meet the temperature uniformity, pressure resistance and leakage-proof requirements of equipment with various power levels. When paired with our self-developed Thermoelectric Coolers, the system achieves precise temperature control and ensures long-term stable operation of your devices.
Our full-service workflow includes pre-production thermal simulation calculation, prototype sampling, mass production, comprehensive air tightness and pressure resistance testing, and anti-corrosion surface finishing. We rigorously control machining accuracy and cooling performance, supporting both small trial batches and large-volume deliveries, to deliver highly compatible and reliable customized liquid cold plate solutions for computing, optoelectronic and communication industries.
Comprehensive Analysis of Cold Plate Basics: Definition, Production Flow, Manufacturing Process, Flow Channel Design and Reliability Testing
1. What is a cold plate? Core structure, heat dissipation principle and mainstream application scenarios.
2. The complete production process of cold plates: manufacturing steps from raw materials to finished products .
3. Detailed explanation of general processing technologies for mass-produced cold plates and comparison of various welding forming methods.
4. Efficient design ideas for cold plate flow channels, balancing temperature uniformity, pressure drop and heat dissipation. performance.
5. Reliability test standards for cold plates, including leak-proof, anti-corrosion and pressure resistance inspection methods.