HACST Cooling

Evaporative Condenser

HACST evaporative condensers (ZCX / ZNX / ZHX / ZNC series) condense refrigerant efficiently using combined air-water heat exchange in cross-flow, counter-flow, combined-flow and centrifugal-fan types.

Evaporative Condenser Applications

An evaporative condenser combines air movement and water evaporation to condense refrigerant efficiently in refrigeration and process cooling systems. Compared with fully air cooled solutions, evaporative heat rejection can be useful where lower condensing temperatures and compact equipment size are important. Typical applications include cold storage, food processing, seafood processing, chemical refrigeration, industrial refrigeration rooms and other systems that require stable condenser performance.

HACST provides different evaporative condenser configurations, including cross-flow, counter-flow, combined-flow and centrifugal-fan options. Selection should consider refrigerant type, heat rejection capacity, condensing temperature, wet-bulb temperature, water quality, site layout and maintenance access. By matching the condenser design to the refrigeration system, users can improve operating stability and support efficient long-term heat rejection without relying on a one-size-fits-all product.

The ZCX Evaporative Condenser  is Best solution for applications to maximize system efficiency and space savings for lar…

Working principle For ZNX counterflow evaporative condenser, the fresh air intakes from bottom air inlet, and will becom…

Evaporative Condenser is widely used in energy chemical industry,Pharmaceuticals coal, electricity, industrial refrigera…

The HACST Evaporative Condenser with Centrifugal Fan is a premium industrial heat rejection solution engineered for dema…

Frequently Asked Questions

What systems use evaporative condensers?

Evaporative condensers are commonly used in refrigeration and process cooling systems, including cold storage, food processing, seafood processing, chemical refrigeration and industrial refrigeration rooms.

How should I request an evaporative condenser selection?

Provide refrigerant type, heat rejection capacity, condensing temperature, wet-bulb temperature, water quality, site layout and maintenance access requirements.

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