Evaporative pre-cooling

Adiabatic Dry Coolers

Integrated wet-curtain pads pre-cool inlet air before it reaches the dry coil, extending usable heat rejection when ambient dry-bulb temperatures are high.

Hot-climate performance boostFactory-mounted evaporative pads, water distribution, coil banks, and axial fans in one project-ready package.
VANTHEX adiabatic dry cooler with evaporative wet-curtain pre-cooling pads

Product advantages

Extended heat rejection for hot ambient duty

Adiabatic pre-cooling lowers the air temperature entering the coil during peak conditions while allowing dry operation when the ambient permits.

01

Wet-Curtain Pre-Cooling

Evaporative cooling pads lower inlet air temperature toward wet-bulb conditions, improving coil performance during peak summer ambient.

02

Extended Operating Range

Helps maintain required heat rejection when dry-bulb temperatures would otherwise limit a standard dry cooler duty point.

03

Hybrid Dry-Air Design

Supports selective pad activation so the system can run dry when conditions allow and switch to adiabatic mode when needed.

04

Factory-Integrated Package

Pre-assembled pad frames, water distribution, coil headers, and fan wiring reduce field installation and commissioning work.

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Typical applications

Where adiabatic dry coolers fit

Hot-Climate HVAC

Peak-condition support where high dry-bulb temperatures limit dry-only performance.

Data Center Cooling

Heat rejection for facility and liquid-cooling loops with summer pre-cooling support.

Industrial Processes

Stable closed-loop fluid cooling across wider seasonal ambient conditions.

Hybrid Operation

Projects that prefer dry operation with selective water use during peak duty.

Selection information

Send dry-bulb, wet-bulb, and water data

Adiabatic selection requires both thermal and water-management information. The final system is reviewed against local operating conditions.

  • Required heat rejection or cooling capacity
  • Fluid type, concentration, and temperatures
  • Design dry-bulb and wet-bulb temperatures
  • Available water quality and source
  • Drainage, treatment, and maintenance plan
  • Fan control, power supply, and noise target

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