OCP-Compatible Design
Performance aligned with modern direct-liquid-cooling architectures.
WHY UQDFLOW
Designed for mission-critical cooling
Reliable connection technology focused on the flow, serviceability and uptime demands of modern AI infrastructure.
Drip-Free Connection
Designed to reduce coolant loss during connection and maintenance.
Efficient Flow Path
Optimized internal geometry for demanding liquid-cooling loops.
Engineering Support
Application review, product selection and sample evaluation support.
THE AI COOLING CHALLENGE
More compute changes every connection point.
As rack heat density rises, liquid cooling moves from an option to essential infrastructure. Every coolant interface must support flow, service speed and long-term system reliability.
- 01Higher thermal density
GPU platforms demand stable coolant flow at increasing rack power.
- 02Faster service cycles
Quick, drip-free disconnection simplifies planned maintenance.
- 03Tighter mechanical integration
Floating blind-mate alignment supports modular server architecture.
Product portfolio
Two connection families.
One cooling architecture.
UQD supports serviceable direct-liquid-cooling loops. UQDB extends the same reliability to blind-mate rack integration.
01
Direct liquid cooling
UQD Quick Disconnect
Liquid Cooling Connection SolutionDrip-free quick disconnect couplings designed for direct liquid cooling loops.
- OCP Compatible
- 316L Stainless Steel
- Zero-spill connection
02
Rack-level blind mate
UQDB Blind Mate Connector
Liquid Cooling Connection SolutionFloating alignment connectors for rack-level blind installation.
- Blind mate design
- Floating compensation
- Tool-free installation
APPLICATIONS
Built for advanced cooling infrastructure
Connection solutions positioned around the system architecture your engineers are building.
01
AI GPU Servers
Reliable coolant interfaces for high-density GPU compute platforms.
02
CDU Integration
Serviceable connections between coolant distribution units and IT loops.
03
HPC Clusters
Efficient liquid connectivity for demanding high-performance computing.
04
Rack-Level Cooling
Blind-mate interfaces for modular rack and server replacement workflows.
ENGINEERING CAPABILITY
Performance you can evaluate.
Clear technical baselines support connector selection, prototype validation and system integration.
Stainless steel construction
Corrosion-resistant connector bodies for long-term coolant-loop reliability.
Working pressure
UQD performance for demanding direct-liquid-cooling operating conditions.
Burst pressure
A robust engineering margin for system qualification and validation.
Floating alignment
UQDB compensation that supports repeatable blind-mate rack integration.
Application reviewConnector selectionSample evaluationProduction support
Technical resources
Give engineering teams the data they need.
Review specifications and integration references before starting your sample evaluation.
Visit the download center →Start your project
Ready to evaluate your liquid cooling connection?
Share your application, coolant, pressure and interface requirements. We will support product selection and sample planning.
- Product selection support
- Sample and datasheet request
- Custom interface review
Engineering inquiry