Quick Connects
The Titan UQD Series provides secure, high-flow liquid cooling connections engineered for the rigorous demands of modern data centers and HPC environments. Built to meet the Open Compute Project (OCP) Universal Quick Disconnect Specification, Titan fittings maintain leak-tight integrity and drip-free performance under pressure, both when coupled and decoupled.
With operating pressures up to 100 psi, burst ratings of 300 psi, and flow performance exceeding 4.7 GPM on larger sizes, Titan UQDs deliver the reliability hyperscale and enterprise operators depend on. Each coupling is designed to minimize fluid loss to as little as 0.020 ml per disconnect, ensuring consistent uptime and easy serviceability in rack-dense environments.
Titan UQD solutions are universally compatible and tool-free, streamlining maintenance while maintaining safety and efficiency. By aligning with OCP standards for interchangeability, Titan helps operators scale with confidence, reduce downtime risk, and ensure every drop of coolant contributes to optimal IT performance.
High Flow Series couplings deliver superior performance and reliability for liquid cooling, ensuring peak efficiency in mission-critical data center environments. Engineered for precision cooling and long-term ROI, each coupling features a robust design, extended service life, and low maintenance requirements.
Designed for liquid cooling applications utilizing smaller hose lines, the High Flow Series is offered in four sizes with a variety of terminal ends and thread configurations. Color-coded options help prevent misconnections, while a push-to-connect mechanism and one-handed operation simplify assembly and reduce maintenance time.
Constructed from stainless steel and sealed with EPDM rubber, these couplings provide excellent corrosion resistance and broad fluid compatibility. Their flat-face, dry-break design ensures leak-free performance and 100% uptime, with each unit helium leak tested for added assurance.
Delivering a 25% higher flow rate and lower pressure drop than Open Compute Project standards, the High Flow Series boosts system efficiency, reduces in-rack power consumption, and drives long-term cost savings.