Model Number: | LL-021 | Product Name: | Liquid Cooling Loop |
Brand Name: | LORI | Certificate: | ISO 9001:2008,ISO 14001:2004 |
Material: | Copper C1100 | Process: | Vacuum Brazing |
Extra process: | CNC Machining | Vacuum Brazing Tensile Strength: | 340-390N/mm ² |
Surface treatment: | Clean+Anti-Oxidant | Application: | Server Liquid Cooling System |
Size: | Custom Size | Quality Control: | 100% thermal test |
Place of Origin: | Shenzhen, China (Mainland) | OEM: | Yes |
Server Direct Liquid Cooling Loop Custom Vacuum Brazing CPU Copper Cold Plate
The direct liquid cooling plate is made of high-purity C1100 material with excellent thermal conductivity, which can effectively and quickly conduct heat away from the CPU inside the server. The copper liquid cooling plate is soldered using a vacuum brazing process, reducing the risk of coolant leakage. Antioxidant treatment on the surface allows this customized cooling plate to withstand prolonged operation of the equipment and prolong its service life. The compact structure of the cold plate with internal micro-channels enables efficient heat dissipation in smaller server rack spaces.
Lori liquid cooling loops have been fully tested and validated to ensure optimal quality and cooling performance.
Leakage detection in Lori vacuum brazing liquid cooling circuits utilizes vacuum technology and the unique properties of helium for high reliability, ensuring no leakage risk in our liquid cooling.
Lori direct liquid cooling circuit has been tested by ultrasonic scanning microscope, which can clearly reflect the internal structure of the loop and strictly control the product quality.
Lori liquid cooling component forms a chemical passivation film by cleaning the internal flow channels through pipelines, which can effectively prevent the recurrence of dirt, protect the equipment from corrosion or other chemical damage, ensure equipment safety and extend its service life.
Lori liquid cooling components will undergo comprehensive leakage detection to ensure that there is no leakage in the internal flow channels and connection points of the liquid cooling plate, preventing coolant leakage and ensuring the stable operation of the equipment.
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