
Featuring a high-flow, non-spill design, the MQD series is optimized for high-density server connect GPU cold plate environments that demand flexible displacement during small space assembly.
SWAK offers the MQD Series, available in MQD02, MQD03, MQD-04-MINI and MQD04 sizes, engineered specifically for high-density liquid cooling within HPC and AI data centers. The MQD series is meticulously designed for single-phase liquid cooling systems—utilizing water Propylene glycol or ethylene glycol—to provide efficient thermal management for mission-critical electronic equipment.
Fully compliant with NVIDIA’s rigorous standards, the MQD series ensures seamless integration into the world’s most advanced AI computing architectures. Combining ultra-compact form factors with SWAK’s signature high-precision manufacturing, these couplings provide a robust, leak-free interface that minimizes pressure drop while maximizing system uptime in compute-intensive environments.
✓ NVIDIA Standards Compliance: Fully engineered to meet and exceed NVIDIA’s rigorous technical standards for AI and high-density computing.
✓ Intuitive Operation: User-friendly push-to-connect design for rapid, tool-free installation and maintenance.
✓ High-Efficiency Fluid Control: Optimized for high flow rates with a guaranteed non-spill interface to protect sensitive electronic components.
✓ Leak-Free Valve Technology: Features precision double shut-off flat-face valves, ensuring zero fluid loss during connection or disconnection.
✓ Superior Ergonomics: Provides best-in-class force-to-connect, minimizing mechanical stress and simplifying operation in tight spaces.
✓ High-Performance Sealing: Equipped with standard EPDM-P (peroxide-cured) seals, offering exceptional durability and chemical resistance in water-glycol systems.
✓ Robust Material Integrity: Manufactured from premium stainless steel to ensure broad fluid compatibility and long-term corrosion resistance.

Please refer to SWAK Liquid Cooling datasheet MQD Series
Copyright © 2026 SWAK. All Rights Resvered.