As data centers continue to adopt advanced liquid cooling technologies to support AI and high-performance computing workloads, fluid connections have become critical to system performance, reliability, and serviceability. Gates Data Center Couplings are engineered to address these challenges with a comprehensive portfolio of high-performance connection solutions designed specifically for modern liquid cooling environments.

From server trays and manifolds to coolant distribution units (CDUs) and facility-level cooling loops, Gates offers purpose-built coupling solutions that maximize flow efficiency, simplify installation, and support reliable operation in mission-critical applications. Designed to integrate seamlessly with the Gates Data Master™ hose family, the coupling portfolio helps optimize coolant distribution while minimizing downtime and maintenance complexity.

The Gates Data Center Couplings portfolio includes Universal Quick Disconnect (UQD) Couplings, Blind Mate (UQDB) Couplings, Full Flow Couplings, and Sanitary Flange Couplings—each engineered to meet the unique requirements of different liquid cooling interfaces and architectures.

Key Features:

• High Flow Performance: Industry-leading flow coefficients help maximize cooling efficiency and system performance.
• Reliable, Leak-Free Operation: Engineered sealing technologies ensure dependable performance in mission-critical environments.
• OCP-Aligned Compatibility: Designed to support industry-standard liquid cooling architectures and interfaces.
• Flexible Connection Solutions: Multiple coupling configurations support server, rack, CDU, and facility-level applications.
• Complete System Integration: Optimized for use with Gates Data Master™, Data Master™ Eco, and Data Master™ MegaFlex™ cooling hose solutions.
• Designed for Serviceability: Supports fast installation, maintenance, and equipment replacement with minimal system disruption.

Discover how Gates Data Center Couplings deliver the flow, reliability, and flexibility required for next-generation liquid cooling systems.