Direct-to-chip cold plates1046 New Holland Ave, Lancaster
Advanced Cooling Technologies
Thermal solutions company whose data center products include coolant distribution units (CDUs), single- and two-phase liquid cold plates and manifolds; also…
Explore vendors
Direct-to-chip cold plates89 Access Rd Ste 27, Norwood
Advanced Thermal Solutions, Inc.
Manufactures thermal management solutions for AI and data centers, including liquid cold plates, coolant distribution units (CDUs), manifolds, pumped two-phase…
Chillers and heat rejection21 Waterway Ave Ste 300, The Woodlands
Ecochillers, Inc.
Manufactures and sells chillers, dry coolers, and heat exchangers for data centers and industrial applications, including liquid cooling commissioning and…
Data center cooling integrators4047 Market Pl, Flint
Fluid Cooling Systems
Provides industrial cooling solutions including megawatt-scale liquid cooling systems for data centers, modular mechanical rooms, heat rejection, and heat…
Immersion cooling11525 Stonehollow Dr #A-135, Austin
Green Revolution Cooling
Green Revolution Cooling (GRC) provides immersion cooling systems (ICEraQ, ICETank) and ElectroSafe dielectric fluids for data centers, AI, HPC, and edge.
Immersion cooling7801 N Capital Of Texas Hwy Ste 230, Austin
Midas Immersion Cooling
Manufactures immersion cooling tanks (4U, 12U, 25U, 50U, ASIC Container) for data centers and ASIC mining, offering the MIDAS XCI System.
Cooling guides
ASHRAE TC 9.9 Liquid Cooling Classes (W17-W45) Explained
Understand the ASHRAE Thermal Guidelines liquid cooling classes W17 through W45: supply temperature ranges, delta-T limits, and how to select the right class for your deployment.
Read guide: ASHRAE TC 9.9 Liquid Cooling Classes (W17-W45) Explained
Cooling guides
Direct-to-Chip vs Immersion vs Rear-Door Cooling Compared
Compare the three main liquid cooling approaches for AI and high-density data centers: direct-to-chip cold plates, single-phase and two-phase immersion, and rear-door heat exchangers.
Read guide: Direct-to-Chip vs Immersion vs Rear-Door Cooling ComparedAll cooling guides
Cooling guides
- ASHRAE TC 9.9 Liquid Cooling Classes (W17-W45) Explained
Understand the ASHRAE Thermal Guidelines liquid cooling classes W17 through W45: supply temperature ranges, delta-T limits, and how to select the right class for your deployment.
- Direct-to-Chip vs Immersion vs Rear-Door Cooling Compared
Compare the three main liquid cooling approaches for AI and high-density data centers: direct-to-chip cold plates, single-phase and two-phase immersion, and rear-door heat exchangers.
- How to Size a Coolant Distribution Unit (CDU)
Step-by-step guide to sizing a CDU for direct-to-chip liquid cooling: heat load, flow rate, temperature rise, redundancy, and facility integration.
- Liquid Cooling Market Size and Forecast for AI Data Centers
Market data for data center liquid cooling: $8.3B in 2027, $22.56B by 2032 (22.1% CAGR). Segments by technology, coolant, data center type, workload, and geography.
- Questions to Ask a Liquid Cooling Vendor Before You Buy
A practical checklist for data center operators and MEP engineers evaluating liquid cooling vendors: technical specs, warranties, fluid qualification, integration, and commercial terms.
- Rack Density Trends for AI: From 30 kW to 150+ kW per Rack
Track how AI rack power densities have escalated from 30 kW to 150+ kW, driven by NVIDIA GB200 NVL72, AMD Helios, and hyperscale deployment data.
- Retrofit vs New Build: Liquid Cooling Deployment Strategies
Compare brownfield retrofit and greenfield new-build approaches for liquid cooling: costs, timelines, technical constraints, and decision framework.
- Water Use and PUE in Liquid-Cooled Data Centers
Understand Water Usage Effectiveness (WUE), Power Usage Effectiveness (PUE), and the trade-offs between water-free and evaporative cooling for AI data centers.
Countries
Cities
Categories
- Quick disconnects, manifolds and components46
Chillers and heat rejection35- Coolant distribution units (CDU)31
Direct-to-chip cold plates29
Data center cooling integrators21- Immersion cooling21
- Server OEM liquid-cooled systems20
- Rear-door heat exchangers12
- Coolants and dielectric fluids11
- MEP engineering7
- Testing and certification labs6
Questions
Which countries have the most vendors?
The countries with the most vendors are United States (72 vendors), Taiwan (12 vendors), United Kingdom (12 vendors), Germany (9 vendors), and Canada (6 vendors).
Which cities have the most vendors?
The cities with the most vendors are Fremont, CA (6 vendors), Austin, TX (3 vendors), Norwood, MA (3 vendors), Singapore, Singapore (3 vendors), and Reno, NV (2 vendors).
What kinds of vendors are listed?
Liquid Cooling lists Quick disconnects, manifolds and components (46 vendors), Chillers and heat rejection (35 vendors), Coolant distribution units (CDU) (31 vendors), Direct-to-chip cold plates (29 vendors), and Data center cooling integrators (21 vendors).
Does a listing mean the vendor has been vetted?
No. A listing records public business facts from the vendor's website and Overture Maps. Confirm certifications, partnerships and project scope directly with the vendor.
Where does the data come from?
Each vendor's own website and Overture Maps (CDLA-Permissive-2.0 / ODbL), fetched 2026-11-01. Every row keeps its source note. Owners fill claim fields.
Can I compare prices or lead times here?
Not automatically. Prices and lead times vary by project size, region and configuration. Ask each vendor for a written quote and confirm before you commit.
Image credits
CSCS, CC BY-SA 3.0, commons.wikimedia.org · Rolf Brink, CC BY-SA 4.0, commons.wikimedia.org · CSCS, CC BY-SA 3.0, commons.wikimedia.org · Votpuske, CC BY-SA 4.0, commons.wikimedia.org.
Published by Liquid Cooling. How we check each vendor.