June 29, 2026 · Product Launch · 4 min read
NVIDIA's GB200 NVL72 consumes 2,700W per chip. A single rack hits 130kW. Air cooling tops out around 20kW per rack. The math doesn't work anymore.
Every AI data center operator we talk to is facing the same inflection point: GPUs are outrunning air cooling, and the retrofit question is when, not if.
| Category | Products | Key Specs |
|---|---|---|
| GPU Cold Plates | Copper microchannel cold plates for A100, H100, H200, GB200 NVL72, RTX 5090 | Thermal resistance <0.02 cm·K/W, junction temp ≤75°C, single-phase & two-phase |
| CDU Systems | Rack-level & row-level CDUs: 200kW, 500kW, 1MW+ | ±0.5°C precision, PUE as low as 1.05, OCP-compliant, liquid-to-liquid & liquid-to-air |
| Quick-Disconnect Fittings | UQD connectors, manifolds, blind-mate floating connectors, EPDM/FEP tubing | 100,000+ cycle life, 40MPa rated, drip-free (<0.001 mL/min) |
| Immersion Cooling Fluids | Fluorinated fluids (99.999%), synthetic oils, modified silicone oils | >6 W/m·K thermal conductivity, 5+ year lifespan, 30–50% lower cost vs 3M |
The liquid cooling supply chain is fragmented. Cold plates from Vendor A, CDU from Vendor B, fittings from Vendor C — and you're the one debugging compatibility.
We ship the full stack. One SKU, one contact, one warranty.
Plus: Ship from Shenzhen & Hong Kong. 15-day sample lead time on cold plates and fittings. Volume pricing on CDUs and fluids.
Planning a liquid-cooled AI cluster?
Tell us your GPU lineup and rack density — we'll spec the full cooling chain in 8 hours.