Five systems. One coolant chemistry.
Immersion cabinets, in-rack CDUs and in-row distribution units — each designed around the fluid it runs, and each available with the coolant grade that fits the workload.
Two-phase immersion cabinet
Phase-change boiling in an 8U all-in-one cabinet. PUE 1.02–1.05 without facility piping.
Liquid-to-air compute cabinet
Immersion inside, coil and air outside. Deploys in an ordinary office at 52 dB(A).
In-rack CDU, 16 kW
Air-to-liquid for single-rack GPUs and small workstations. Dual pumps, 19-inch mounting.
In-rack CDU, 150 kW
6U liquid-to-liquid with a high-efficiency plate exchanger. 220 LPM secondary flow.
In-row CDU, 500 kW
A floor-standing plant for AI halls. Modular cabinet, DN65 primary, parallel expansion.
Dielectric coolants
Nine grades across single-phase, two-phase and cold-plate duty — made by the company that makes the system.
We formulate the coolant, then design around it.
Viscosity, dielectric strength and boiling point set pump size, pipe diameter and safe operating temperature. Because the chemistry sits in the same group as the cabinet engineering, those trade-offs are made once, together.
- Kinematic viscosity at −30 °C around one quarter that of competing fluids
- Compatibility tested with seals, PCBs, cables, connectors and GPUs
- Single-phase, two-phase and cold-plate families from one supplier
Not sure which platform fits?
Send the rack power and the room constraints. We will tell you which of the five platforms fits, and which coolant it should run.