Solutions
Thermal infrastructure for high-density AI compute
ThermInfra delivers productized thermal infrastructure for AI data centers, HPC clusters, and next-generation compute facilities, with consulting and design support to help teams deploy with confidence.
Core Solutions
Product platforms for AI cooling
Direct-to-Chip Liquid Cooling
High-efficiency liquid cooling architectures designed to manage rising rack densities and improve thermal stability for advanced compute environments.
CDU Systems
Coolant distribution units available in 450kW, 1 MW, 2 MW, and 2.5 MW configurations for scalable deployment across high-density AI environments.
Pump Stations
Primary cooling pump stations engineered for flow stability, redundancy, and maintainability in mission-critical thermal systems.
Dry Coolers
Dry coolers offered across multiple cooling capacities with customized options to match site conditions, ambient profiles, and performance targets.
Cable Tray Ladders
Data center cable tray ladders designed to support organized routing, serviceability, and integration with broader thermal and electrical infrastructure.
Customized Panels
Customized electrical and control panels built to align with site requirements, equipment integration, and operational visibility needs.
Featured Systems
Featured product platforms
ThermInfra leads with deployable products—CDUs, dry coolers, pump stations, and supporting infrastructure—then backs each deployment with engineering and design support.
Consulting Support
Consulting that supports the product strategy
ThermInfra complements its product portfolio with consulting, thermal design input, and deployment planning to help operators integrate equipment into real-world AI facilities.
Thermal Design Guidance
ThermInfra helps teams align CDU sizing, pump station architecture, dry cooler selection, and supporting infrastructure with density targets and facility constraints.
Deployment Planning
From concept through deployment, ThermInfra supports technical stakeholders with integration planning, equipment coordination, and scalable infrastructure pathways.