OCP UQD08 Liquid Cooling Quick Disconnect Coupling SUS304 Blind Mate 99.9% Leak-Proof for Data Center AI Server

UQD08 OCP liquid cooling blind-mate coupling, SUS304 stainless steel, 99.9% leak-proof, high-flow push-to-connect for data center OEMs.

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OCP UQD08 Blind-Mate Coupling Description

The UQD08 OCP Liquid Cooling Blind-Mate Quick Disconnect Coupling is engineered specifically for high-density data centers, AI servers, and high-performance computing (HPC) thermal management systems. Strictly adhering to the Open Compute Project (OCP) UQD specification, it features a 10mm bore size and a Cv value of 3.7. This delivers higher coolant flow rates under the same pressure drop, perfectly meeting the extreme heat dissipation demands of high-power GPUs and CPUs.

OCP UQD08 Product Specifications Table

Parameter Specification
Model UQD08
Standard OCP (Open Compute Project) UQD Spec
Material SUS304 Stainless Steel
Bore Size 10 mm
Cv Value 3.7
Leakage Rate ≤ 0.01 ml / cycle (99.9% Leak-Proof)
Connection Type Blind-Mate / Push-to-Connect
Working Pressure 16 bar
Burst Pressure ≥ 80 bar
Working Temperature -20°C to +100°C
Color Coding Red & Blue rings
Certification CE, ISO 9001:2015
Application Data Center, AI Server, HPC Cooling
Packaging Individual dust bag + Anti-static foam + Carton

OCP UQD08 Liquid Cooling Quick Disconnect Coupling SUS304 Blind Mate 99.9% Leak-Proof for Data Center AI Server
Key Features

  • 99.9% Leak-Proof Sealing for Zero-Risk Operation
    Featuring a flat-face dry-break design and a dual internal shut-off valve structure, the UQD08 ensures a fluid loss of only 0.01ml per cycle. It provides reliable sealing in both connected and disconnected states. This redundant sealing design eliminates the risk of coolant leakage from the source and supports hot-swappable maintenance. It allows data center operators to replace servers without system shutdown or fluid drainage.

  • SUS304 Stainless Steel: Balancing Corrosion Resistance and Cost
    The valve body is manufactured from 304 stainless steel, offering excellent corrosion resistance against deionized water and glycol coolants. Compared to 316L, SUS304 provides more than sufficient anti-corrosion capability for standard closed-loop liquid cooling conditions in data centers, while offering a more competitive procurement cost. For large-scale rack deployments, this material choice directly optimizes the material cost per connection point.

  • High Flow & Low Pressure Drop for Enhanced Cooling Efficiency
    With a 10mm bore and a Cv value of 3.7, the UQD08 offers significantly higher flow capacity compared to the UQD06 (Cv 2.32). The optimized internal flow geometry ensures high flow capacity while minimizing pressure drop. This means you can use fewer connection points for the same cooling requirement, or support higher TDP chips with the same number of connections, directly reducing system complexity and pump power consumption.

  • Blind-Mate Design for High-Density Racks
    The UQD08 supports blind-mate connections with self-aligning capabilities, allowing for reliable mating even in hard-to-reach areas inside the server rack. This feature enables frictionless docking between servers and coolant manifolds without the need for precise manual alignment, significantly reducing installation difficulty and human error during the large-scale deployment of dense AI racks.

  • Push-to-Connect & Single-Hand Operation for Easy O&M
    The push-to-connect locking mechanism allows for quick locking and disconnecting with just one hand. Red and blue color coding clearly distinguishes supply and return lines, preventing misconnection by design. The low operational threshold means lower training costs for field technicians and higher efficiency in troubleshooting and server replacement.

  • CE & ISO 9001 Certified for Traceable Quality
    The product is CE certified and manufactured under the ISO 9001:2015 quality management system. The entire process, from raw material warehousing to final delivery, is strictly controlled. For buyers, this certified system guarantees batch consistency and significantly reduces incoming inspection costs.

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