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whenAIThe power consumption of computing power and high-density servers continues to rise, and traditional air-cooled cooling has reached its physical limit. In liquid-cooled cooling solutions, the reliability, maintenance efficiency and compatibility of each connector directly affect the operating efficiency of the cooling system and the long-term stability of the equipment. It is with insight into this pain point that we officially launched a new C71seriesUQDBLiquid cooled connectorTo provide a smarter and more robust connection solution for high-load server cabinets.

First, it is not just about connection, but also about standards and adaptation

GripSeal Liquid cooled connector The core design concept of is derived from a response to industry pain points. It strictly followsOCPOpen Compute Project standards mean it can be seamlessly integrated into the infrastructure ecosystem of mainstream data centers without the need for additional retrofits or adaptations.

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But we don't stop at "meeting the standard". Considering that in actual operation and maintenance, workers face dense pipeline interfaces, and there will inevitably be alignment deviations.C71The series male features an adaptive blind plug design that allows up to±1mmRadial offset. This small tolerance can greatly reduce the difficulty of plugging and unplugging operations, effectively avoiding seal or pipeline damage caused by forced alignment.

Second, the solid core can withstand severe operating conditions
The cooling environment of the server cabinet is not peaceful. The long-term circulation of coolant (water, ethylene glycol solution, etc.) and continuous micro-vibration all test the corrosion resistance and fatigue resistance of the joint material.

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And for that,C71seriesUQDBLiquid cooled connectorThe main body has chosen316Stainless steel. Unlike common coating materials,316Stainless steel itself has excellent corrosion resistance, capable of handling various types of cooling media with ease, and its high mechanical strength ensures long-term structural stability and reliable sealing in repeated plugging and vibration environments.

The tail interface.C71Series offers a variety of thread specifications (e.g.G1/8、G1/4、G3/8、G1/2), and supports customization according to the actual pipeline. This means you can directly connect hoses or hard pipes, reducing intermediate adapters, reducing potential leak points, and simplifying pipeline layout.

III. Large flow and long life for efficiency

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C71seriesUQDBLiquid cooled connectorThe internal flow channel has been optimized to provideUQDB02toUQDB08And other flow diameter specifications. WithUQDB08For example, its cross-sectional area reaches3.60cm²It can significantly reduce the flow resistance and ensure efficient circulation of the cooling medium, which is essential for accurately controlling the temperature of the server's core components.

On key life cycle metrics,C71The series adopts a two-way globe valve design, which cuts off instantaneously when the male and female heads are disconnected, and the leakage is extremely low (e.g.UQDB08The leakage of the model is only0.018cm³), to ensure the safety of maintenance personnel and equipment. At the same time, its high-plug life design is sufficient to support frequent maintenance and upgrade requirements throughout the life cycle of the data center.

IV. More than just the data center: a reliable choice across fields

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AlthoughC71seriesUQDBLiquid cooled connectorIt is designed for liquid cooling servers in data centers, but its outstanding performance has also been proven in other fields. It has been successfully used in cooling systems of energy storage electrical test cabinets and temperature control equipment in the mold industry. Whether in high-voltage energy storage environments or in industrial sites with severe temperature fluctuations,C71All series can provide stable and reliable quick connection of the liquid circuit.

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GripSealC71seriesUQDBLiquid cooled connectorThe birth is not a simple iteration of existing products, but a systematic innovation based on a deep understanding of high-density heat dissipation scenarios. It focuses on the four core fulcrums of standards, fault tolerance, materials and flow, providing a more professional and reliable connection choice for liquid-cooled servers and more industrial cooling scenarios. We believe that every small advance in basic components will eventually converge into a solid force driving the efficient evolution of the industry.