Features and benefits of capillary tube mat networks

Energy efficient
The capillary tube mat network has a large heat dissipation (or heat absorption) area, enabling rapid and efficient heat exchange with the surrounding environment. Compared with traditional air-conditioning systems, lower energy consumption is required to achieve the same indoor temperature regulation effect.

Since its operating temperature is closer to the indoor design temperature, it reduces the loss of energy in the transmission process and improves energy utilization efficiency. For example, the temperature of chilled water during summer cooling of traditional air-conditioning systems is generally 7°C, while the water supply temperature of capillary network systems can reach 16-18°C in summer, which greatly reduces the energy consumption of chillers.

High comfort
The capillary tube mat network system mainly carries out heat exchange in a radiant way, without the blowing feeling of traditional air-conditioning system, avoiding the dust flying and uneven temperature problem caused by air flow, making the indoor temperature distribution more even and the human body feel more comfortable.

Radiation heat exchange is more in line with the human body's thermal comfort needs, and does not cause excessive dryness or humidity in the indoor air, helping to improve indoor air quality and human comfort.

Space saving
The thickness of capillary network is very thin, generally can be perfectly combined with the building decoration, laid in the ceiling, wall or floor, does not take up the effective indoor space, does not affect the interior decoration effect and the use of the building function.
For example, laying the capillary network in the ceiling requires only a small installation space, and does not require a large ceiling space for installing the equipment as in the case of traditional fan coiler systems.
Stable operation and long service life
The capillary network system has a simple structure without complex moving parts, which reduces the probability of failure and makes the operation more stable and reliable.

The plastic pipes used have good corrosion resistance and anti-aging properties, and have a long service life, generally up to 50 years or more, which reduces the maintenance cost and replacement frequency of the system.

Green
The capillary network system uses water as the heat transfer medium, which is non-toxic and harmless, and will not cause pollution to the indoor environment, in line with the requirements of green environmental protection.
At the same time, due to its high efficiency and energy saving features, it reduces energy consumption and greenhouse gas emissions, which is of positive significance to environmental protection.