Lower Total Installed Cost
All-aluminium construction reduces reliance on copper, while lower equipment weight can reduce freight, lifting, and support-structure costs.
Cost-efficient heat rejection
Microchannel Dry Coolers
A compact all-aluminium core puts more heat-transfer surface into a smaller, lighter package, helping reduce equipment weight, freight, installation work, and coolant volume.
Lower total installed costEfficient all-aluminium construction, a compact footprint, lower coolant charge, and variable-speed fan control.
Product advantages
Compact all-aluminium heat rejection
Microchannel construction is suited to projects where module weight, coolant volume, footprint, and installed cost are central selection factors.
High-Density Heat Rejection
A high surface-area-to-volume ratio supports liquid-cooled servers, AI computing equipment, mining systems, and industrial loops in a compact package.
Lower Coolant Charge
Small internal flow passages reduce water-glycol solution volume, helping lower initial fill and coolant replacement requirements.
Efficient Fan Control
Variable-speed EC fans can respond to ambient temperature, outlet temperature, and cooling load to manage auxiliary power use and noise.
Production gallery
Microchannel cooler configurations
Typical applications
Where microchannel dry coolers fit
Liquid-Cooled Data Centers
Outdoor heat rejection for server, AI, and facility liquid-cooling loops.
Computing and Mining
Compact cooling modules for high-density computing equipment.
Modular Cooling Systems
Lower-weight packages for skid-mounted and repeatable system designs.
Industrial Fluid Cooling
Closed-loop process cooling where footprint and coolant volume matter.
Selection information
Send the duty point for a cost comparison
Share the thermal duty and site conditions so the equipment, controls, and installed-cost factors can be reviewed together.
- Required heat rejection or cooling capacity
- Fluid type and glycol concentration
- Fluid inlet and outlet temperatures
- Design ambient temperature and flow rate
- Available footprint and lifting constraints
- Fan control, power supply, and noise target
Explore the range