Cooling System of capillary tube mats

Radiant heat exchange technology

Capillary radial water capillary cooling technology provides air cooling in different ways.

Install quickly by qualified and trained personnel.

Radiantly cooled ceilings (with gypsum boards, gypsum boards, metal plates or decorative gratings) and integrated capillary pads connected to individual systems contain cooling water at a temperature of+16-17 ° C.

The ceiling is a heat exchanger between indoor cooling water and air as well as capillary tube mats

The ceiling absorbs indoor heat and exchanges cooling water for circulation.

The circulating water enters the cooler through a continuous pump, cools and is sucked into the ceiling through a capillary pump.

It is used for the construction and transformation of residential and office buildings, shopping centers, hotels, industrial buildings and other buildings.

80-90% of the ceiling area can be used to install capillary tube mats

Advantages of capillary water cooling system

Research shows that people who work in capillary cooled rooms feel better and work more efficiently.

Low temperature cooling system

Due to the large coverage area of the capillary, the flow temperature is as high as+16-18 ° CCold air flow

There is no ventilation or uneven cold air flow in the home.

Reduce the circulation of indoor dust, viruses and bacteria

Significantly reducing the circulation of dust, viruses and bacteria, as well as airflow, is particularly important to limit the spread of new coronary pneumonia.

Compatibility with natural resources

Groundwater and surface water (rivers, lakes, ponds, etc.)

Cost savings

Combined with different types of heat pumps, it saves a lot of costs

Adaptability of different materials

Capillary gaskets can be stretched under the decorative mesh without surface treatment (industrial appearance) or under plaster, gypsum tiles, tiles, etc.

General Installation Options

It can be installed on the ceiling or wall and used in combination with the indoor heating system