Future-Forward, High-Density Liquid Cooling
Air cooling has a ceiling. AI and HPC compute continues to push beyond it. Gradian's liquid cooling solutions capture heat at the rack, row, or facility level, rejecting it to air or a facility water loop. This enables higher densities without cooling becoming the limiting factor.
+ MW capacity range
Rack, row and facility-scale configurations
Liquid-to-air and liquid-to-liquid architectures
Built-in pump, fan and power redundancy
Experts in Cutting-Edge Liquid Cooling Deployment
Scale From Rack to Facility
Deploy liquid cooling at the rack, row, or facility level with high-capacity platforms up to 2.5 MW and scalable in 10 MW blocks. Match the right architecture to your deployment requirements instead of being limited to a single approach.
Built and Delivered at Speed
With 1.3 million square feet of North American manufacturing capacity, backed by a global supply chain and trusted partners, Gradian delivers fast, reliable project execution at every stage.
Configured to Your Application
Whether you need a standard, ready-to-deploy configuration or a highly customized solution, capacity, connections, controls, and features can be tailored to meet your specific requirements.
Built for the AI Era
AI and HPC workloads are driving unprecedented power densities. From rack to row, Gradian delivers the high-capacity liquid cooling solutions needed to scale with confidence.
A Practical Path to Liquid Cooling
Many organizations assume liquid cooling requires an immediate investment in facility water infrastructure. In reality, deployment can evolve alongside your density requirements. Start at the rack, expand to the row, and transition to facility-scale infrastructure only when the application demands it.
Assess
Identify the racks and workloads approaching the practical limits of air cooling
Start at the rack
Deploy in-rack L2A cooling (6–24 kW) where density is highest, without requiring facility water infrastructure
Scale to the row
Expand to in-row L2A or L2L solutions as high-density compute spreads across multiple racks (90 kW-240 kW+)
Scale to the facility
Transition to facility-scale L2L CDUs (600 kW–2.3 MW+) as deployment requirements reach hyperscale levels